Freshwater, brackish water, and seawater field measurements. From brackish water... to clean water!
• HI76983948 Atmospheric pressure box is included
• USB-C Interface for PC Communication
• Supplied completed in a rugged custom carrying case
Autonomously Logging Probe
HI98394
Multiparameter pH/ EC/ISE/Turbidity/DO
Portable Meter with GPS and Autonomously Logging Probe
The HI2600 architecture brings together Hanna’s visionary design capabilities, integrated production, and world-class
and development
Adam Equipment is redefining clarity with the launch of its new Polaris lab balances
Romil is a leading supplier of high-purity solvents, acids, reagents, and reference materials
WASTE MANAGEMENT & CLEANING TECHNOLOGIES:
South African producers are in for an ‘economic reality check’
WATER PURIFICATION & TREATMENT
Metrohms’s 940 IC is at Emalahleni Water Reclamation Plant
ENVIRONMENTAL EQUIPMENT:
Natsep supplies Lighthouse Worldwide Solutions (LWS) real-time contamination monitoring systems
SCIENCE:
Nikon expands super-resolution into the near-infrared
HI6421-02
Advanced Dissolved Oxygen Benchtop Meter with Optical DO Probe HI7641133 (opdo®)
Supplied complete with an electrode holder (HI764060)
The holder can be mounted on either side quickly and provides secure support for electrodes while taking measurements in sample containers.
• A streamline benchtop meter with a large touch screen display
• Comprises of a housing and an integrated module
• Designed for fresh and saltwater measurements of dissolved oxygen
• Data logging collection (up to 1,000,000 data points)
• Log files can be transferred via USB
• Probe is fitted with easy-to-use Smart Caps (HI764113-1) which lock in place and contain pre-loaded calibration coefficients that are automatically transmitted to the probe.
• Smart Cap Technology (automatic cap recognition)
• Supplied with Hanna’s HI7641133 optical dissolved oxygen probe (opdo®)
The sensor provides accurate DO measurements over long periods of time without the need for frequent calibration.
We also operate in Botswana, Eswatini, Lesotho, Mozambique, Namibia and Zimbabwe. Contact apaka@hanna.co.za Cell: +27 (0) 72-910-5749
As we step into this season of renewal and reflection, our focus remains steadfast on advancing waste management and cleaning technologies to protect our environment and public health. While I was putting together articles for the Waste Management & Cleaning Technologies feature, I came across an interesting article.
Recent research from researchers at the University of Exeter, United Kingdom, highlights a pressing concern: microplastics in the natural environment serve as carriers for pathogenic and antimicrobial-resistant bacteria. This discovery underscores the critical need for improved waste management practices and responsible cleaning protocols. The study strongly advocates for urgent action, including the simple yet vital measure of wearing gloves during beach cleans, to mitigate potential health risks. As stewards of environmental health, it is imperative that we stay informed and proactive in addressing these emerging challenges.
Microplastics are plastic particles less than 5mm in size and are extremely widespread pollutants. It is estimated that over 125 trillion particles have accumulated in the ocean (surface to seabed) and they have also been detected in soils, rivers, lakes, animals and the human body.
An emerging concern associated with microplastics are the microbial communities that rapidly make their home on the particle surface, forming complex biofilms known as the ‘plastisphere’. These communities may often include pathogenic or antibiotic-resistant bacteria.
Lab studies have shown that some commonly discarded plastic materials serve as a platform for the selective growth of bacterial communities responsible for AMR and diseases in both humans and animals. While previous work explored this in the environment, several questions and issues remained unanswered, which this new study aimed to address.
The team, led by Emily Stevenson, developed a novel structure that allows five different substrates - bio-beads, nurdles, polystyrene, wood and glass - to be secured along a waterway that was expected to decrease anthropogenic pollution downstream.
After two months in the water, bacterial biofilms growing on each substrate were analysed using metagenomics.
The findings showed:
• Pathogens and AMR bacteria were found on all substrates, across all sample sites.
Polystyrene and nurdles may pose a greater AMR risk than
other substrates, potentially due to their ability to adsorb antibiotics and promote biofilm formation that facilitates transfer of antimicrobial resistance genes (ARGs).
• Over 100 unique ARGs sequences were identified in microplastic biofilms, which is more than on natural (wood) or inert (glass) substrates.
• Environmental bio-beads can support bacteria that carry resistance genes to key antibiotics, like aminoglycosides, macrolides and tetracyclines.
• Unexpectedly, some bacterial pathogens increased in prevalence moving downstream when associated with microplastic biofilms.
• Environmental location played a significant role in microbial community composition and AMR gene prevalence.
There are potential biosecurity risks posed by microplastics, particularly in areas near aquaculture facilities, where filterfeeding organisms may ingest colonised particles containing pathogens and ARGs.
“By tracking a source-to-sea pathway influenced by hospital and domestic wastewater discharges, our study shows how antimicrobial-resistant pathogens colonised all substrates,” says Pennie Lindeque, co-author and head of group for marine ecology and society at Plymouth Marine Laboratory. “Protected within their biofilms, each microplastic particle effectively becomes a tiny vehicle capable of transporting potential pathogens from sewage works to beaches, swimming areas and shellfish-growing sites.” Stevenson, Lindeque and the rest of the team emphasise the need for further research into how microplastics interact with cooccurring pollutants, and for improved waste-management practices to reduce the spread of antibiotic-resistant bacteria and pathogenic organisms in the environment.
“Our research shows that microplastics aren’t just an environmental issue - they may also play a role in the dissemination of antimicrobial resistance,” says Aimee Murray, co-author and senior lecturer of microbiology at the University of Exeter.
“This is why we need integrated, cross-sectoral strategies that tackle microplastic pollution and safeguard both the environment and human health.”
In the fight to safeguard our environment and public health, effective waste management stands as our first line of defence. Coupled with simple precautions like wearing gloves during cleanup efforts, we can significantly reduce the risks posed by microplastics and their hidden microbial threats. Every action counts, because when it comes to protecting our planet and ourselves, responsible waste handling and protective measures are not just good practices, they’re essential.
This is my last issue of Analytical Reporter. Thanking you all for your wonderful support over the last 19 years. It's time for me to say "GoodBye"!
Sensitive, Stable Detection of Environmental Contaminants
The NexION® 1100 delivers dependable ICP‑MS performance for routine monitoring of environmental contaminants, from priority metals in water to trace elements in soils and waste streams. Engineered for stability and matrix tolerance, it supports high‑throughput labs that require confident quantification at low levels.
Efficiency for Contaminant Workflows
n Rapid startup, automated tuning, and minimal drift during multi‑hour sequences.
n Reduced maintenance even under heavy contaminant load.
n Syngistix™ software automates QC checks and provides audit‑ready reporting for contaminant‑focused methods.
Cost‑Efficient Platform for Contaminant Analysis
With durable low maintenance hardware and low consumables demand, the NexION 1100 offers a practical, economical ICP‑MS solution for laboratories monitoring metals and inorganic contaminants across water, soil, and waste streams.
Accurate. Robust. Purpose‑Built for
Detection
The NexION® 1100 delivers the sensitivity and reliability required for confident environmental contaminant monitoring.
Key Technical Advantages
KED collision cell for effective removal of polyatomic interferences, ensuring accurate identification of contaminant metals (e.g., As, Se, Cr, Pb, Cd, Sb).
EDR – Extended Dynamic Range, enabling simultaneous measurement of trace level contaminants and higher concentration elements without manual dilution, improving efficiency for samples with wide concentration variability.
Matrix‑robust sample introduction – demountable‑injector torch, versatile spray chambers, and high‑efficiency nebulizers ideal for contaminated waters, digested solids, and industrial effluents.
Low‑ppt detection limits for sensitive contaminant monitoring in drinking water and ecosystems.
Long‑term stability (≤ 3–5% RSD) for extended runs on complex matrices containing dissolved solids or residual organics.
NEW BRAND ANNOUNCEMENT
Introducing Parse Biosciences, scalable single-cell sequencing without any special instrument
Accelerate your single-cell research with Evercode™ split-pool combinatorial barcoding technology, which enables you to scale up your single-cell projects to millions of cells or nuclei. Learn more about how the technology uniquely labels cells without ever needing to isolate individual cells. Start the conversation today: info@ inqababiotec.co.za
PacBio Compatible
Parse Biosciences Evercode™ WT kits are compatible with PacBio Kinnex single-cell RNA library prep kits and sequencing on PacBio long read systems (Vega and Revio systems).
BLUECATBIO
inqaba biotec has partnered with BlueCatBio, a leading provider of the centrifugal Blue®Washer and Blue®CatX platforms
BlueCatBio’s award-winning Blue®Washer and Blue®Plate streamline workflows for cellular and bead-based assays by using centrifugation for non-contact liquid removal. Ideal for applications like ELISA, cell screening, flow cytometry, NGS prep, and Luminex assays, they reduce variability, tip waste, and background noise.
The Blue®Washer delivers low residual volumes (<0.3µl/well), improving assay performance and reproducibility across
multiple plate formats. Turn insight into action - speak to us today: info@inqababiotec. co.za
We are proud to announce that the Qpress 40 hot mounting press has received the Best of Industry Award 2025 in the category ‘Best of Laboratory & Analysis Technology’.
This award honours technologies that significantly enhance everyday laboratory workflows while driving innovation in research, diagnostics, and applied science. Standing out in such a competitive field makes this achievement especially meaningful.
After a five-month voting phase and nearly 25 000 votes cast, winners across 19 categories were selected. The award was officially presented at a festive ceremony in Würzburg, where the QATM Qpress 40 earned its well-deserved recognition.
BOTH LOW RES
From L-R: Guido Baum (Team Leader Engineering), Peter Simon (Team Leader Product Management) and Viktor Janzen (Mechanical Engineering).
LABOTEC ANNOUNCES NEW DISTRIBUTORSHIP PARTNERSHIP WITH YOCELL BIOTECHNOLOGY IN SOUTH AFRICA
Labotec is pleased to announce its new partnership with Yocell Biotechnology, an entrylevel biotechnology solutions provider focused on early-stage research and bench-scale bioprocessing applications for budget-sensitive environments. Through this collaboration, Labotec will represent Yocell’s bioprocessing portfolio in South Africa, further strengthening its offering to academic institutions, research laboratories, start-ups, and budget-conscious biotech operations.
Practical Bioprocessing Solutions for Research & Bench-Scale Applications
Yocell Biotechnology is built by a team of scientists and engineers who understand the practical and financial realities faced by research laboratories and emerging biotech companies. Their solutions are specifically designed for:
• Academic research
Process development laboratories
• Pilot and bench-scale applications
• Early-stage fermentation and bioprocess optimisation
• Budget-sensitive environments
Yocell delivers reliable, user-friendly systems that balance performance, simplicity, and affordability, making advanced bioprocessing accessible without unnecessary complexity or cost.
A Partnership Built on Shared Values
Labotec’s commitment to providing practical and cost-effective laboratory solutions aligns seamlessly with Yocell’s core principles:
Pragmatic – Designed around real laboratory needs. No over-engineering, no unnecessary add-ons, just dependable performance for R&D environments.
• Efficient – Streamlined manufacturing and supply ensure accessible pricing and responsive delivery timelines.
• Focused – Specialised in bench-scale biotechnology control systems that support reproducible research and earlystage scale-up work.
Bench-Scale & Research Bioprocessing Portfolio
Through this distributorship, Labotec will offer South African customers access to Yocell’s research-focused product range, including:
• Bench-scale bioreactors and fermenters
Tubular centrifuges for laboratory and pilot applications
• Laboratory homogenizers
Filtration systems for R&D workflows
• Chromatographic systems for researchscale purification
• Filling and packaging solutions for pilot and small-batch production
These systems are ideally suited for biotechnology research, fermentation development, academic teaching laboratories, and early-stage process optimisation.
Strengthening South Africa’s Research & Development Capabilities
This partnership reinforces Labotec’s mission to equip South Africa’s scientific community with accessible, scalable technologies backed by responsive local support. By combining Yocell’s practical bench-scale innovation with Labotec’s established distribution network and technical expertise, customers can expect reliable, research-focused bioprocessing solutions tailored to local needs and budgets.
LABOTEC (PTY) LTD
JHB: (011) 315 5434
CELEBRATING EXCELLENCE AT LABOTEC’S ANNUAL AWARDS DAY
CPT: (021) 531 7660
DBN: (031) 566 4870
sales@labotec.co.za www.labotec.co.za
A few weeks ago, Labotec hosted its muchanticipated Annual Awards Day, a celebration of teamwork, performance, and the incredible people who drive our success. The Midrand branch marked the occasion with an energetic ten-pin bowling outing, filled with high spirits, laughter, and strong team camaraderie.
At Labotec, we believe that effective team building and motivation are key to productivity and long-term success. Creating an environment where people feel valued and supported requires consistent encouragement, clear goal setting, and a culture built on trust and collaboration. By recognising individual achievements, offering growth opportunities, and investing in meaningful team-building experiences, we strengthen our ability to serve our clients in the laboratory and scientific community with excellence.
Congratulations to Thanyani Tshiswaise, Labotec’s Salesperson of the Year!
Thanyani shared her gratitude: “To my clients: thank you for your loyalty and confidence in me. Your laboratories, research, and innovation inspire me to always deliver excellence. To my colleagues and management: thank you for the support, teamwork, and belief in my ability. Success is
never achieved alone. This award motivates me to push even further, serve even better, and continue growing in the laboratory and scientific community.”
We also extend our congratulations to our outstanding award winners across various departments: Charleen Tshabalala, Ntokozo Komsana, Bernard Minnies, Mvelo Mlotshwa, and Keitumetse Radebe. Your dedication, teamwork, and commitment to excellence continue to make Labotec proud.
Here’s to continued growth, collaboration, and serving the scientific community with passion and purpose!
GENERAL PRODUCTS
DVNEXT RHEOMETER FROM AMETEK BROOKFIELD
The Ametek Brookfield brand has been considered the world standard in viscosity measurement and control of liquids and semisolids for more than 80 years. Their texture analyser has a reputation for being the ideal tool for tension and compression testing.
Ametek Brookfield’s Powder Flow Tester is fast becoming the favourite for its quick and easy analysis of powder flow behaviour in industrial processing equipment. No wonder research labs, QC and production environments count on Brookfield's reliable instrumentation for dependability and accuracy.
The DVNext Rheometer incorporates advanced features for repeatability and reliability. It is an easy-to-use, stand-alone instrument for measuring viscosity and yieldstress. It’s available in a standard version and a 21 CFR Part 11 compliant version. This all-in-one instrument is ideal for measuring viscosity and yield stress, and is also available in a cone/ plate version.
• Integrated temperature control connected to TC series baths with AP/SD controllers or thermosel system
• Stand-alone programming
• RTD temperature probe
• Accuracy: ±1.0% of range Repeatability: ±0.2%
• Analyse characteristics such as yield stress, flow curves (mixing, pumping, spraying), leveling, and recovery
• USB PC interface provides optional computer control and automatic datacollection capability
• Viscosity Wizard - Built-in math models for data analysis in stand-alone mode 21 CFR Part 11 compliant
• Displayed info:
• Viscosity
• Temperature (°C or °F)
Shear rate/stress
• % torque
• Speed/spindle
Step program status
• Math model calculations
GET THE FULL PICTURE WITH METROHM’S NEXT GEN RAMAN SYSTEMS
Raman analysis is fast, requires no complicated sample prep, produces no waste, and enables your lab to handle samples more efficiently. Enhance your laboratory workflow by incorporating Raman analysis alongside traditional primary methods. Use primary methods as a reference and validation tool while leveraging Raman for rapid results. This integrated approach streamlines quality control, providing faster outcomes without compromising accuracy.
Quality control labs usually work with a variety of samples. That's why the i-Raman NxG fiber optic probe is designed to be versatile and compatible with a variety of accessories, including vial holders, cuvette holders, probe holders, and immersion shafts. These user-friendly accessories make it simple and convenient to switch between different sample types - such as vials, powders, and liquids - allowing you to get accurate and dependable measurements every time.
To access a sample's full molecular picture, the i-Raman Duo combines two laser excitations through a single spectrometer and probe. This captures both fingerprint and stretching regions cleanly and efficiently, delivering a highly sensitive, extended spectral range for truly special Raman applications.
RAININ VERO – A NEW ERA IN ELECTRONIC PIPETTING
Rainin, a METTLER TOLEDO brand and global leader in liquid handling solutions, has introduced Vero™, its next-generation electronic pipette designed to deliver exceptional accuracy, precision and ergonomic performance for modern laboratories.
Vero represents a major step forward in performance, usability and design. Smaller, lighter and easier to use than most electronic pipettes, Vero enables faster setting adjustments and quick preset loading, addressing user needs for speed, efficiency and repeatability. Vero is available in both singlechannel and multichannel LTS models.
Reliable data, simplified operation
Electronic aspiration and dispensing are controlled through a digital interface, helping users achieve reliable results. Adjustable flow rates, mixing parameters and customisable
pipetting protocols support consistency across applications, including multi-dispense, serial dilution and more. With intuitive software and joystick navigation, changing settings and pipetting modes is quick and easy. The lightweight ergonomic design, combined with electronic tip ejection and thumb or index finger operation, delivers all-day comfort.
Faster setup, fewer clicks
Rapidly adjust volume, flow rate and mixing parameters with just a few taps of the joystick. Clear menu tiles replace time-consuming scrolling, allowing users to move between modes and settings with speed and confidence.
Reduced errors, lower risk
Users can easily create, save and switch between protocols, streamlining repetitive tasks while reducing the risk of manual errors. Password protection and interval service alarms support compliance and minimise operational risk. A carefully designed interface prevents accidental setting changes or unintended pipetting actions, while lower systematic error increases confidence that the correct volume is delivered at every step.
INTRODUCING THE ULTRASONIC HIGHTHROUGHPUT SAMPLE PREPARATION
Heilscher Ultrasonics specialise in highperformance ultrasonic homogenisersdesignedforlab,bench-top,andproductionlevelapplications
Hielscher Ultrasonics is a leading innovator in the development, manufacturing, and distribution of high-performance sonicators designed for a wide range of liquid applications.
Our non-contact sonicators are essential tools in sample preparation, analysis and diagnostics, offering unparalleled efficiency in the sonication of multiple samples within tubes, 96-well plates, multi-well plates, PCR plates, and petri dishes. Common applications of our sonicators include cell lysis, nucleic acid extraction, protein isolation, DNA & RNA fragmentation, cell solubilisation, and sample homogenisation.
INQABA
SOUTH AFRICA-HQ Tel: +27 12 343 5829 katleho.radebe@inqababiotec.co.za www.inqababiotec.co.za
GENERAL PRODUCTS
SWISS-MADE METROHM 949 pH METER
Compact, entry-level, Swiss-made benchtop pH meter for simple and reliable pH, mV, and ORP measurements.
The 949 pH Meter is Metrohm’s new entrylevel benchtop pH meter for modern laboratories. Rely on an easy-to-use instrument for fast and accurate pH, mV, and ORP measurements.
• Quick and automated pH calibration with built-in buffer tables
• Precise results thanks to automated temperature compensation
• GLP-compliant and consistent results with time and date display and adjustable stability criteria
• Clear results on colourful and bright display RS232 interface for connecting printer or PC
• Compatible with all Metrohm pH electrodes
Trust your results. Additional features, such as reminders for calibration, ensure that your pH meter provides accurate results. This boosts your confidence in its performance. You can print all measured values with their corresponding date and time on the printer. Additionally, if desired, you can include the calibration parameters.
The internal measuring memory can store
up to 1 000 measuring points. This enables subsequent verification of the values.
Regardless of the sample to be measured, Metrohm offers the right electrode. The 949 pH Meter is compatible with the complete range of Metrohm pH electrodes, ORP electrodes, and temperature probes.
Endecotts, for the finest range of particle size analysis sieve shakers and sieves. For all your laboratory shaker and sieve needs, please contact Air & Vacuum Technologies (Pty) Ltd for a quote.
Instrulab – a Division of Air & Vacuum Technologies (Pty) Ltd – are the sole agents for the Endecotts range of products for Southern Africa.
Pump
Vacuum Air Lab
GENERAL PRODUCTS
INNOVATION SIMPLIFIED
Newly launched
The HI2600 architecture brings together Hanna’s visionary design capabilities, integrated production, and world-class research and development. The HI2600 Benchtop Meter is available as a pH, conductivity, or dissolved oxygen KIT. Any HI2600 KIT can be upgraded with additional probes to measure pH, conductivity, or dissolved oxygen.
Cal Check ™ indicators
Hanna’s exclusive CAL CHECK feature analsyes the pH electrode’s response in calibration buffers to detect potential issues such as contaminated solutions or dirty electrodes. Upon completing calibration, indicators reflecting the probe’s condition, based on its offset and slope characteristics, are displayed on the measurement screen.
USB-C port for charging and simplified data transfer to a PC
The HI2600 features a streamlined USB-C port that facilitates charging the integrated rechargeable battery, transferring data to your computer, and exporting files directly to a flash drive.
Digital smart electrodes (automatically recognised, simply connect via 3.5mm jack) HI2600 measures pH, conductivity, or dissolved oxygen through its unique digital electrodes. These digital electrodes are auto recognised, providing sensor type, calibration data, and a serial number when connected by an easy-to-plug-in 3.5mm connector.
Features at a glance:
Capacitive Touch Keypad (Provides accurate keystrokes, buttons can never get clogged with sample residue)
Calibration Expiration Warning
Data Logging (Save up to 1000 log records)
Easy-to-read LCD (14cm display and 150° viewing angle, allows visability from over 5m away)
Dedicated GLP Key, GLP Data (Records date, time, offset, slope, and buffers used during calibration)
• ORP (Measure ORP (REDOX), in mV units)
Sensor Check ™ Indicators (Indicate: Broken electrode and clogged junction)
• Sleek, clean, intuitive design
• Small footprint (205 x 160 x 77mm, only weighs 850g. Fits seamlessly into the most croweded laboratory workspace)
Reach out to our team today
Be among the first to experience the newly launched HI2600 pH/EC/DO benchtop meter.
BINDER KMF CONSTANT CLIMATIC CHAMBERS
The BINDER KMF ensures absolutely constant test conditions throughout the testing area. A big advantage of this constant climate chamber is its low space requirement and flexibility in terms of water supply. The wide temperature and humidity range make this constant climate chamber ideally suited for stress testing series.
Benefits:
• Safe thanks to climatic homogeneity that far exceeds the accuracy required by ICH guidelines as well as THB (85/85), even with a fully loaded unit
• Reliable thanks to failsafe operation without compromise. The interior and longlife evaporator plate are made entirely from stainless steel Smart, as a wide range of accessories makes it highly compatible for adaptation to specific customer requirements, including access ports, PURE AQUA service and LED light bar sets
• Economical thanks to maximum effective volume, which allows for 30% larger load compared to the competition
Main features:
• Temperature range: -10°C to +100°C
• Humidity range: 10% RH to 98% RH
APT.line™ preheating chamber technology
• Humidity regulation with capacitive humidity sensor and vapour humidification
• Inner chamber made of stainless steel BINDER Multi Management Software APT-COM™ Basic Edition
• Intuitive touchscreen controller with time-segment and real-time programming
• Internal data logger - measured values can be read out in open format via USB Unit self-test for comprehensive status analysis
• Tight-sealing inner door made of safety glass (ESG)
• Available in various sizes with interior volumes of 102, 247 and 700 litre
HI11310 Digital pH Probe Closeup
HI763100
EC Probe Closeup
HI764080
DO Probe Closeup
Reliable. Compliant. Qualified.
Maximum uptime
Regardless of how intensively you use your instrument, we help you keep your device in perfect shape and safeguard your investment. For at least 10 years after the discontinuation of a device, we’ll provide you with any service and spare part that you might need.
Warranty program
We’re confident in the high quality of our instruments. That’s why we provide a full three-year warranty Just make sure to follow the relevant maintenance schedule. You can also extend your instrument’s warranty beyond its expiration date.
Short response times
We know that sometimes it’s urgent. That’s why we provide a response to your inquiry within 24 hours. We give you straightforward help from experienced people, not from bots.
Global service network
Our large service network for customers spans 85+ locations with more than 600 certified service technicians. Wherever you’re located, there’s always an Anton Paar service technician nearby.
WEIGHING EQUIPMENT & BALANCES
NEW BALANCE RANGE PROVIDES ‘MORE CLARITY IN WEIGHING THAN EVER’ FOR LABS
Adam Equipment, a global leader in the manufacturing of professional scales and balances, is redefining clarity with the launch of its new Polaris lab balances.
Made up of semi-micro, analytical, precision and top-loading models, Polaris has been developed to make weighing easier and results clearer. Models feature innovations not seen before on Adam balances, including a brightly lit weighing chamber, so samples are easier to see; an expansive digital weight display, Adam’s largest ever on a lab balance; and, for the five-decimal-place model, unique technology to divert warm air away from the weighing pan.
Additionally, there are more connectivity options than on previous Adam balances, with RJ45 Ethernet, Bluetooth®, USB and RS-232 for connecting to printers, PCs and LIMS software.
The Polaris user interface has been developed by Adam’s in-house design and manufacturing team to be easier to use, with more intuitive operation, a more clearly laid-out display, and - when in checkweighing mode - colour-changing backlight.
“Polaris puts the emphasis on clarity, with clearer operation, clearer results and a better experience for users,” says Sam Jones, Adam’s Technical Director. “We’ve thought differently about how we make our balances
more accurate, which has resulted in ADT, our new Air Diversion Technology, which diverts more than 90% of warm air from the weighing pan and helps speed up stabilisation time.
“Warm air can affect readings from highaccuracy balances, and ADT on our fiveplace Polaris means weighing results you’ll be confident in.”
Colin Maher, Adam’s CEO, adds: “Polaris marks the start of an exciting year for Adam. With this range, we’re providing more clarity in weighing than ever, and we’re starting as we mean to go on. There will be more from Adam this year that will take us to the next level - watch this space!”
All Polaris models are covered by Adam’s five-year warranty and are available to order now. Learn more at adamequipment.com/ polaris
ADAM LUNA ANALYTICAL BALANCES
Adam Equipment is a leading, sustainabilityfocused global designer and manufacturer of high-quality, precision scales, balances and accessories. Adam is able to easily provide product support and fast, efficient delivery to consumers in collaboration with our worldwide distribution network.
Customers trust Adam’s broad product lineup to offer dependability, intuitive operation, solid performance and superior value to facilitate everyday work and simplify complex applications.
With plenty of features and functions, Luna analytical balances accommodate basic to complex applications. Luna’s stylish LCD features large, 24mm digits on a black background. Multilingual text capability makes Luna ideal for users in various regions.
Features and benefits:
• Vivid, backlit LCD easily visible in any lighting conditions
• Colour-coded keys facilitate quick recognition of the most frequently used buttons
• Level indicator and adjustable feet ensure proper balance setup for optimum weighing results
• Large, grade-304 stainless steel pan allows easy cleaning
• Sealed keypad protects against dirt and spills
• USB and RS-232 interfaces provide speedy communication with computers and printers
• AC adapter included
• External calibration allows for verification and adjustment with weights
• Multilingual display allows use in many
different countries
• Parts counting with preset sample sizes
Printouts include date and time for data tracking within Good Laboratory Practices (GLP) guidelines
Selectable digital filtering for animal/ dynamic weighing enables consistent results for moving subjects Auto power-off to save energy
• Security slot for optional lock and cable to help prevent theft Hook provided for below-balance weighing
• Adam Connect compatible for Bluetooth® data transfer to printers and PCs
• A five-year warranty means quality assured for years of use
XPR Excellence Analytical Balances
Go Beyond Weighing
Create a solution to meet your exact requirements with XPR Excellence Analytical balances and accessories.
• Easy Automation - Optional modules allow you to quickly upgrade your balance to provide automated powder and/or liquid dosing.
• Static-Detect Technology - Combined with the ionizer module guarantees static-free weighing.
• Effortless Data Integrity - LabX software helps you meet FDA ALCOA+ requirements.
Request More Info
Tel: + 27 87 092 7300
e-mail: info@microsep.co.za www.microsep.co.za
WEIGHING EQUIPMENT & BALANCES
SUPER-PURE SOLVENTS FOR YOUR LAB
Romil is a leading supplier of high-purity solvents, acids, reagents, and reference materials for analytical and life science laboratories. As trace-level determinations become routine and quality requirements continue to rise, Romil delivers exceptional chemical purity - enabling reliable results without unnecessary cost or complexity.
Uni-grade strategy
Romil’s uni-grade strategy uses a single grade for all applications within a defined purity band. This approach removes the risk of selecting an inappropriate grade, simplifies procurement, and reduces storage requirements - saving time, space, and effort in the laboratory.
Super purity and ultra purity solvents
Romil solvents undergo multi-stage purification to achieve exceptional purity. Romil-SpS™ super purity solvents feature organic impurity levels reduced to parts-per-billion levels, and are suitable for routine trace organic analyses by chromatography and spectroscopy. Water content is reduced to very low levels, eliminating the need for hazardous and time-
consuming drying of solvents. For applications requiring lower water levels, the Romil Hi-Dry® anhydrous solvent range includes pyridine-free Hi-Dry® KF Karl Fischer reagents and calibration anhydrous solvents. For critical applications, ROMIL-UpS™ ultra purity solvents offer the highest level of purification.
Super purity acids
Romil-SpA™ super purity acids are purified by sub-boiling distillation, delivering higher purity to the finished product than traditional methods. This technique effectively removes trace metal impurities to parts-per-billion and even parts-per-trillion levels. The packaging maintains product purity during storage and is best for routine inorganic trace analysis.
Certified reference materials
Romil is an ISO 17034 accredited producer of Certified Reference Materials (CRMs). The extensive PrimAg® range includes single- and multi-component element and ion solutions, pure stoichiometric substances, PrimAg®-TvR volumetric reagents, as well as calibration mixes customised to user requirements and instrumentation.
ACCURATE FILTER WEIGHING OF PARTICULATE MATTER
Whether conducting routine emissions testing or complex particle analysis, filter weighing is essential for reliable and consistent results. METTLER TOLEDO offers a range of solutions, including filter kits for analytical and microbalances, designed to handle various filter sizes with ease.
Accessories include a filter weighing pan for microbalances and ultramicrobalances.
A smart ErgoClip filter holder for analytical balances ensures efficient sample handling.
Precision filter weighing with XPR microbalances
Automotive manufacturers and environmental laboratories rely on accurate particulate analysis to meet strict air-pollutant limits. The XPR microbalance delivers the highest resolution and lowest minimum weight in its class. Combined with specific filter-handling accessories and LabX software, it ensures straightforward, accurate and traceable filter weighing.
PRECISION IS CRUCIAL
In laboratory testing, precision is crucial. The Instrulab range of weighing instruments is designed to meet this need, providing accuracy, reliability, and ease of use across various applications.
Explore the Instrulab weighing instruments:
• Analytical balances: Deliver ultra-precise measurements for sensitive tasks
• Precision balances: Reliable and versatile, ideal for everyday laboratory use
Top-loading balances: Offer large capacity and maintain accuracy with heavier samples
Moisture analysers: Provide fast and accurate moisture content testing
Key features of Instrulab weighing instruments:
• High precision & sensitivity: Ensures accuracy in even the most critical applications
Advanced features for efficiency and compliance
The XPR2U microbalance, when equipped with a special filter weighing kit, offers 0.1 µg readability, built-in active quality assurance functions and user guidance for precise differential weighing. A capacitive touchscreen and barcode reader simplify sample handling, automatically matching loaded filters with pre-weighed results for faster processing and fewer handling errors. Multiple connectivity options allow fast data export or LabX integration for full traceability.
Automated solutions for high-volume labs
When more than 40 filters are weighed per day, the Filter Robot in combination with the XPR2U is the perfect automated solution. Automated sample changing allows effortless filter pre-weighing and
back-weighing, and results are immediately available for transfer and analysis. XPR microbalances offer highly accurate filter weighing solutions, setting the standard for performance, user-friendliness and regulatory compliance in environmental testing.
• Data connectivity: Effortlessly integrates with external devices through USB, RS232, and Bluetooth
• Durability & user-friendly design: Built to last, with intuitive interfaces for smooth operation
Instrulab weighing instruments are ideal for both high-precision tasks and routine weighing. Their reliable calibration, user-friendly design, and durable construction make them the go-to choice for laboratories seeking consistent, accurate results.
MICROSEP (PTY) LTD
Laboratory glassware washers for Africa.
Air & Vacuum Technologies has recently been appointed the SOLE distributor for the XPZ range of automatic laboratory glassware washers. XPZ has an intense focus on research & development & have achieved both the CE mark & also the ISO 9001 mark, producing a range of four outstanding glassware washers with excellent price to quality ratio.
• Moment series – benchtop style washer with a chamber volume of 126L.
• Glory series – Undercounted style washer with a chamber capacity of 170L.
• Aurora series – Freestanding style washer with a chamber size of up to 239L.
• Flash series – freestanding style washer with a chamber size of up to 345L.
They also offer one of the largest ranges of accessories for their washers.
Why use a laboratory glassware washer:
• Significant advantages over manual washing, include improved cleaning consistency, time savings, reduced risk of breakage and contamination, and enhanced safety for lab personnel.
• They also promote water and energy conservation and ensure compliance with regulatory standards.
• Laboratory glassware washers utilize controlled temperature, pressure, and detergent concentration, ensuring consistent and thorough cleaning, which is crucial for reliable experimental results.
• They can effectively remove a wider range of contaminants, including stubborn residues, than manual washing methods.
Time and Cost Savings:
• Automated cleaning frees up laboratory staff to focus on more critical tasks, improving overall workflow efficiency.
• Glassware washers can process a large volume of glassware in a shorter time than manual washing, leading to significant time savings.
• They often use water and detergent more efficiently, potentially reducing operational costs.
Water and Energy Conservation:
• Some laboratory glassware washers are designed with features like water recycling systems and energy-efficient cycles, minimizing water and energy consumption.
Improved Safety:
• By automating the cleaning process, glassware washers minimize direct contact with potentially hazardous chemicals or biohazards, reducing the risk of exposure for lab personnel.
• This is particularly important when dealing with volatile chemicals or infectious materials.
Typical laboratories using glassware washers:
• Biopharma & pharmaceutical laboratories.
• Food & beverage laboratories.
• Chemical laboratories.
• Petrochemical laboratories.
• Most departments within a university.
Enhanced Drying Capabilities:
• Our laboratory glassware washers include a drying cycle, which ensures glassware is thoroughly dried after cleaning, preventing water residue that could interfere with experiments.
WASTE MANAGEMENT & CLEANING TECHNOLOGIES
SOUTH AFRICAN PRODUCERS IN FOR AN ‘ECONOMIC REALITY CHECK’ AS GLOBAL RECYCLING REGULATIONS TIGHTEN, SAYS
The global landscape for packaging and plastics is shifting faster than at any point in the past two decades, moving from an extended producer responsibility (EPR) policy aspiration to a binding economic reality, according to Telly Chauke, CEO of South Africa’s longest-standing producer responsibility organisation, Petco.
Chauke signals that 2026 will be a year of reckoning and test of resilience for the local sector, warning that “global signals” are creating a volatile environment that threatens the sustainability of local recycling.
Speaking on the current status of EPR globally, Chauke says that what was once a “producer pays” ideal has transformed into a strategic instrument for global competitive positioning. She highlights that while South Africa is progressing steadily, the domestic sector must now navigate a complex web of international regulatory shifts and volatile macro-economic headwinds.
Chauke outlines significant developments in key markets that are expected to spill over into African and Middle Eastern markets. Central to this is Europe’s Packaging and Packaging Waste Regulation (PPWR), which transitions to a directly applicable regulation on 12 August 2026.
“This will impact how brands design packs everywhere they sell, not just inside the EU,” Chauke says, adding that the regulation will hard-wire strict recyclability performance grades, minimum recycled content and harmonised labelling. She says the expansion of EPR laws in seven US states and the UAE’s
pioneering regional pilot are further signals that producer-financed collection and recycling are now the global regulatory standard.
Despite the momentum in recycling infrastructure development in South Africa, including the 2025 launch of Extrupet’s Western Cape bottle-to-bottle plant, Chauke warns that the local industry remains under strain.
Recycled PET (rPET) economics faced a difficult year in 2025, she says, with bale prices hitting historic lows due to oversupply and competition from cheaper virgin PET, driven largely by China’s massive capacity expansion.
“China’s strong virgin PET capacity growth in recent years and disciplined industrial policy continue to depress virgin prices, challenging rPET economics globally,” Chauke says.
To counter these pressures, Chauke stresses the need for "visible compliance enforcement" against free-riding producers under the Section 18 regulations of the National Environmental Management: Waste Act, which govern EPR.
“The strategic answer to these constraints is to see more material getting to plants and stronger, enforced compliance to keep the playing field fair for members who pay," she says.
According to Chauke, the goal for 2026 is resilience. “If we succeed in building resilience through compliant members, well-supplied recyclers, and empowered waste pickers, we will position South Africa as a circular-economy leader in the Global South," she says.
In the coming year, Chauke says, Petco will
THINK BLANK
Milestone Clean Chemistry tools for atomic spectroscopy
• Substantial ROI
• Safe and easy to use
Highly productive
• Over 90% time saving
“The analytical blank may be considered the ‘Achilles heel’ of trace analysis. To improve the precision and accuracy of an inorganic metals analysis, steps must be taken to control the analytical blank.”
- T. Murphy, The role of analytical blank in accurate trace analysis
PETCO CEO
focus on strengthening the collections base through logistics grants and buy-back centre upgrades, to enhance the quality and volumes flowing to domestic recyclers. She also calls for targeted economic support for recyclers, such as electricity stability relief and green tax incentives, to provide a “softer landing” during price troughs.
Navigating headwinds: Petco CEO Telly Chauke says that while South Africa is progressing steadily on EPR, the domestic sector must now
https://petco.co.za/
The Milestone Clean Chemistry Line is an innovative and complete portfolio of systems and accessories for reducing and controlling the analytical blank in ultra-trace elemental analysis. There is a growing awareness that sample preparation should evolve to the same standards of the most modern analytical techniques, such as ICP-MS, and there are a number of factors that can critically impact the quality of the data.
To address this issue, Milestone has developed a comprehensive line of products and accessories aimed to reduce and control the analytical blank to maximise the
performance of your AAS/ICP-OES/ICP-MS. Microwave digestion, direct mercury analyser, acid purification, and steam cleaning are great solutions to improve the detection limit, control the blank, and enhance your lab’s productivity.
Do you know how to reduce the sample prep blank? Go to: www.milestonesrl.com/ clean
New Masterc ycler ® X4 0 R a ise You r Sta nda rd
Evolve your PCR experiments together with the new Mastercycler® X40. Take the next step to a digital lab and keep a small footprint, reliability and flexibility
Protects your samples from evaporation
SafeLid applies ideal pressure to your PCR consumables.
Consumable flexibility
The aluminum block can be used with 0.1 and 0.2 mL PCR tubes and tubestrips, as well as any kind of 96-well PCR plate (unskirted, semi-skirted and skirted).
7 inch LCD Touchscreen
The sensitive color touchscreen is covered with an easy-to-clean glass surface.
Ease-of-use
Struggling with complicated programming? The ultimate touchscreen interface and easy programming of the proven Mastercycler software speeds up programming of new protocols. Intuitive protocol drawing allows to create your program in one step with only one finger
The Mastercycler X40 is the first Eppendorf device to feature a short instruction included in the package, the full digital manual is available in multiple languages via QR code online.
12-column gradient
Optimize temperature steps in from column 1 to 12.
Intuitive software
Easy programming and editing of programs with the well-proven user interface of Mastercycler X50.
Import and export of protocols
Easy access of USB port on the device front.
SOUTHERN AFRICA
Inqaba Biotechnical Industries (Pty) Ltd
Pretoria, South Africa
Tel: +27 12 343 5829
E-mail: info@inqababiotec.co.za
Web: www.inqababiotec.africa
WASTE MANAGEMENT & CLEANING TECHNOLOGIES
INSTRULAB SUPER SONIC ULTRASONIC BATH SERIES
The Instrulab Super Sonic Ultrasonic Bath Series is an advanced, high-performance cleaning solution designed to deliver exceptional results across a wide range of industries. Whether used for laboratory research, industrial maintenance, or precision component cleaning, this ultrasonic cleaner ensures efficient, reliable, and deep cleaning - even for the most intricate and challenging parts.
Ultrasonic baths use high-frequency sound waves to agitate a cleaning solution, creating microscopic bubbles that remove contaminants from surfaces. This method, known as cavitation, is highly effective for cleaning delicate or complex components that would be difficult to clean using traditional methods. The ultrasonic cleaning process ensures thorough cleaning without physical contact, reducing the risk of damage to sensitive parts.
Key features of the Instrulab Super Sonic Ultrasonic Bath Series:
Degassing function: Removes dissolved gases from solvents, which enhances cleaning efficiency by improving cavitation, ensuring more effective cleaning of complex or delicate items.
• Industrial-level transducer: Equipped with a high-quality, industrial-grade transducer that guarantees durability, optimal performance, and uniform cavitation for demanding applicationsranging from electronics to automotive parts.
• Lower frequency (35kHz): Ideal for cleaning larger surfaces and breaking down tougher stains, while maintaining the integrity of sensitive components. The lower frequency produces larger bubbles that effectively dislodge stubborn dirt and residues.
Stainless steel construction: The SS304 tank offers durability and resistance to corrosion, making it easy to maintain and clean while providing a long-lasting solution for demanding environments.
• International certification: CE certified, ensuring the highest standards of quality and safety. Backed by a one-year warranty, offering peace of mind and reliable after-sales support.
Versatile applications:
• Solvent degassing: Essential for applications like HPLC (HighPerformance Liquid Chromatography), where removing gases from mobile phases ensures cleaner, more accurate, and reliable results.
• Component cleaning: Ideal for cleaning PCBs (printed circuit boards), electronics, and mechanical parts that require precise and gentle cleaning without causing damage.
• Lab equipment: Perfect for cleaning
delicate laboratory instruments, such as cuvettes, glassware, optical lenses and medical tools, ensuring thorough removal of contaminants without risk of corrosion or abrasion.
• Tough stains & residue removal: Capable of removing a wide variety of contaminants, including oils, grease, dust, corrosion, and biological residues from both small and large parts.
The Instrulab Super Sonic Ultrasonic Bath Series offers the following benefits:
1. Thorough cleaning: The ultrasonic cleaning process is far more effective than manual scrubbing or traditional cleaning methods. It reaches hard-to-access areas, ensuring complete cleaning without causing damage to the components.
2. Time efficiency: With ultrasonic baths, cleaning times are significantly reduced compared to manual cleaning, which helps improve laboratory or production line efficiency.
3. Gentle on delicate components: Since ultrasonic cleaning uses sound waves instead of abrasive methods, it is gentler on fragile components like optical lenses or precision medical tools.
4. Environmentally friendly: By reducing the need for harsh chemicals and solvents, ultrasonic cleaning is an eco-friendlier option, promoting sustainability in your cleaning processes.
5. Increased equipment longevity: Regular ultrasonic cleaning helps extend the life of your equipment and tools by preventing the build-up of harmful residues that could lead to wear and tear over time.
The Instrulab Super Sonic Ultrasonic Bath Series is engineered to meet the highest standards of performance, durability, and precision. Whether you're cleaning sensitive laboratory equipment, industrial parts, or complex components, this ultrasonic cleaner offers the ultimate cleaning solution for industries and laboratories worldwide.
Contact us today for more information and assistance with your application and discover how the Instrulab Super Sonic Ultrasonic Bath can improve your cleaning efficiency and results.
materials efficiently. Biomass, textiles, wood, batteries, and general waste all require proper size reduction to enable reuse, reduce environmental impact, and support long-term resource conservation.
Ball mills for fine and nano-sized biochar
Ball mills, such as the PM series from Retsch, are widely used to mill biochar and biomass into fine particles. This method is especially effective for producing nano-sized biochar with a larger surface area and enhanced adsorption performance - ideal for environmental applications like removing pollutants from water and soil. Ball milling also improves the reactivity and stability of biochar, making it highly suitable for soil remediation and carbon sequestration.
Cutting mills for versatile size reduction
Cutting mills, like the Retsch SM series, use high-speed rotors to cut and shear biomass into smaller fractions. Designed for initial size reduction, they produce larger particles than ball mills but handle a wide range of materials, from wood chips and straw to agricultural residues. This makes them an essential first step in many biomassprocessing workflows.
Choosing the right milling technology
Ball mills are preferred for achieving ultrafine, nano-sized particles and activating material surfaces, while cutting mills excel in bulk size reduction and producing larger, consistent particle sizes. Together, both technologies play a crucial role in efficient milling of waste materials for reuse and environmental benefit.
Recycling for sustainable resource management
Recycling plays a vital role in sustainable resource management, and selecting the right equipment is essential for processing
WATER PURIFICATION & TREATMENT
INNOFLUID PERISTALTIC PUMPS
Air & Vacuum Technologies is proud to be the sole distributor of Innofluid Peristaltic Pumps.
In wastewater treatment environments, where accuracy, reliability and contamination control are essential, Innofluid Laboratory Peristaltic Pumps are engineered to meet the diverse needs of fluid transfer in laboratories. These pumps feature advanced technology, offering key benefits essential in lab environments.
1. Precision and accuracy
Innofluid Peristaltic Pumps ensure accurate fluid transfer with precise flow control, reducing errors and ensuring reliable results. They maintain consistent flow rates and are ideal for dosing chemicals or solvents in experiments.
2. Gentle fluid handling
These pumps protect fluid integrity by allowing contact only with the tubing, preventing contamination or degradation. They are ideal for sensitive applications such as biological samples, cell cultures, and pharmaceuticals, preserving fluid properties and ensuring high-quality results.
3. Self-priming and dry running
With a self-priming mechanism, these pumps start even with partially filled tubing, saving time. They can run dry without damage, offering durability for continuous processes.
4. Easy maintenance and cost efficiency
The modular design simplifies tubing replacement, minimising downtime and lowering operational costs. This makes them cost-effective for laboratories requiring high throughput.
5. Versatility across applications
• Wastewater treatment: Chemical dosing, sludge handling, and recirculation
• Chemical dosing: Accurate delivery of disinfectants, flocculants, and pH control agents
• Membrane filtration systems: Controlled flow for reverse osmosis and ultrafiltration
• Sampling and monitoring: Reliable fluid transfer for water quality analysis
• Ultrapure water production: Contamination-free pumping for highpurity systems
METROHM 940 IC AT EWRP
The Emalahleni Water Reclamation Plant’s expertise lies in treating mine water to generate new water resources and supplying drinkable water.
Emalahleni Water Reclamation Plant has a vision to be THE water-treatment-solutions partner through innovation and agility. Their waste streams and remediation processes require fast and accurate chemical analysis to ensure that environmental impact is minimal. To achieve this, they recently invested in another ‘Rolls Royce’ fully automated IC system from Metrohm.
Metrohm’s solution for Emalahleni Water Reclamation’s high sample throughput is Fast Ion Chromatography technology. The 940 ProfIC Vario uses two conductivity detectors to qualify and quantify in parallel
anionic and cationic components in environmental samples. Using the power of MagIC Net, a ‘nested’ time program is set up to ensure that no time is wasted between each sample run.
To assist with the tedious preparation of samples prior to injection, samples are automatically diluted if necessary, and filtered through a 0.2µM membrane before being introduced into the IC.
Tel: (011) 656 1918
CPT: (021) 852 0213
DBN: (031) 265 0067
Fax:
6. Compact, user-friendly design
Their compact size fits easily into any laboratory space, and the intuitive interface allows quick adjustments to flow rates and other parameters, improving efficiency and reducing user error.
INSTRULAB FILTRATION SYSTEMS
InstruLAB filtration systems are designed for routine water filtration in laboratories, combining reliability with flexibility to meet different sample volumes and workflows.
The system consists of a MultiVac filtration manifold, a vacuum controller, and a selection of vacuum pumps that can be matched to the specific needs of the laboratory.
Samples are filtered under controlled vacuum conditions, efficiently removing suspended solids and producing clear filtrates ready for analysis. Multiport manifolds allow several samples to be processed at the same time, helping reduce handling time and increase throughput, which is particularly useful in busy water treatment laboratories.
A vacuum trap can be placed between the manifold and the vacuum controller based on your application, protecting pumps from liquid carryover and helping to reduce maintenance while extending equipment life. Different pump options allow the system to be tailored to individual workflows, ensuring stable suction and consistent filtration performance. Designed for everyday use, our InstruLAB filtration systems are robust, practical, and easy to operate, providing a reliable setup for water treatment and purification
workflows while supporting accurate and reproducible results.
We can also offer tailor-made vacuum filtration manifolds in 316L stainless steel, designed to your requirements.
Our commonly used vacuum pumps are:
• DryVAC series of oil-free piston vacuum pumps for non-corrosive, light-duty applications
• ChemVAC series of oil-free, chemically resistant diaphragm vacuum pumps for corrosive vapours
• The Welch MP & MPC series of heavyduty, oil-free, chemically resistant diaphragm vacuum pumps for corrosive vapours
• For large manifolds of up to 20 vacuum points where water or water slurry is filtered, we can offer either our Absolute BOS single-stage, oil-flooded rotary vane vacuum pumps, or our Travaini liquid ring vacuum pump sets
Ivana Munaretto (Metrohm SA), Bonisile Madela (Thungela)
WATER PURIFICATION & TREATMENT
LARGE GENIE – HIGH-OUTPUT LAB WATER SYSTEMS
RephiLe’s Large Genie series of benchtop, high-output water purification systems deliver an impressive flow rate of up to 80 litres per hour, producing as much as 1 900 litres of pure water per day, all within a compact footprint. Combining exceptional performance, smart design, and a strong commitment to sustainability, the Large Genie is an indispensable asset for modern laboratories, enabling greater efficiency, innovation, and environmental responsibility.
High-output water production
The Large Genie series is available in five configurations - G, U, E, C and R - ensuring a solution for a wide range of laboratory needs. Whether the requirement is ultrapure water, EDI pure water, RO water, or clinical-grade purified water, there is a Large Genie model designed to meet specific application demands with confidence and consistency.
Small footprint - big impact
Despite its small size, Large Genie integrates powerful features to produce significant volumes of consistently highquality purified water, making it ideal for laboratories that require large quantities of pure water but have limited space.
Its modular design optimises laboratory space while offering a host of benefits. Digital features provide traceable, datadriven insights, while remote monitoring enhances operational visibility, efficiency and control. Together, these capabilities help lower operational costs and improve overall laboratory productivity.
Smart and flexible design
The Large Genie water system is both flexible and user-friendly, with intelligent features that adapt to user behaviour and optimise performance. Key components include a robust touchscreen control console, an ergonomic remote dispenser, high-capacity purification cartridges, and an optional external reservoir tank, allowing the system to be configured to suit evolving laboratory requirements.
Sustainable mercury-free UV technology
The Large Genie incorporates mercury-free UV technology, ensuring effective sterilisation without the use of hazardous substances. This eco-conscious approach supports sustainable laboratory practices and a healthier work environment. Ultrapure water produced meets or exceeds ASTM, CLSI, CAP, and ISO Type I standards, while EDI water
complies with Type II standards as defined by ASTM, CAP, CLSI, and ISO 3696/BS 3997.
ELGA PURELAB QUEST
A compact 3-in-1 water purification system for versatile laboratory needs
When it comes to ensuring reliable and consistent water quality, the ELGA PURELAB QUEST stands out as one of the most versatile and cost-effective solutions on the market. Launched in 2020, this system offers features such as multiple water quality sensors and an internal 11L tank, making it ideal for applications across academia, industry, and the pharmaceutical sector.
Imagine you’re running a small research lab. Every day, you need water of varying qualities for different applications—whether it’s for buffer preparation, analytical chemistry, or microbiology. Instead of dealing with multiple water systems, you turn to the PURELAB QUEST, which provides Type 1, Type 2, and Type 3 water in one compact system. With a feed water source that’s sometimes municipal and other times pre-treated, the PURELAB QUEST’s versatility becomes indispensable.
The first question you’d ask yourself is: What quality of water do I need for each process? With its dual purity sensors, this system continuously monitors Type 1 and Type 2 water, ensuring that the quality is always maintained. It doesn’t stop there, recirculation keeps water fresh, and an alert system ensures you know exactly when maintenance is required.
If space is a concern, the PURELAB QUEST fits right into your lab without hassle. It’s wall-mountable, freeing up counter space, and it connects seamlessly
with either a 15- or 30-liter Chorus reservoir, depending on your daily water usage needs.
For labs looking to reduce environmental impact, it’s worth noting that the PURELAB QUEST is made from reclaimed materials, offering a smaller footprint compared to other systems. The data capture feature, which includes a USB port for exporting
data, makes quality assurance processes straightforward.
And let’s talk about speed—dispensing 1.2 litres of water per minute, filling its internal reservoir in just 45 minutes which is critical when water demand is high. By asking the right questions such as what type of water you require, your feedwater source, and whether you need an
external reservoir, you can configure the PURELAB QUEST to suit your specific requirements. Whether you’re looking for a model with UV or without, the system adapts to your lab’s unique needs.
The system’s design also simplifies maintenance with easy sanitization, RO membranes that only need replacement every two years, and individualized cartridges, reducing running costs and interruptions in your workflow. Its modular design and the ability to connect to a PureLab Dispenser make it a long-term investment for labs of any size.
From day-to-day operation to maintaining purity, the ELGA PURELAB QUEST is designed to make high-quality water accessible, efficient, and sustainable for laboratories everywhere.
Tel:
e-mail:
www.natsep.co.za
ENVIRONMENTAL EQUIPMENT
UV/VIS FOR ACCURATE WATER QUALITY ANALYSIS
Reliable water analysis is essential to determine water quality, composition and suitability for use. By accurately detecting contaminants, pollutants, and chemical imbalances, laboratories can make informed decisions with confidence.
UV/VisVIS spectrophotometry is a versatile analytical technique that measures light absorption in the ultraviolet and visible spectrum to identify and quantify a wide range of substances in water. METTLER TOLEDO’s EasyPlus™ UV/VIS instrument line sets a new benchmark for water quality testing, combining speed, accuracy, and ease of use across a wide range of applications.
3-in-1 functionality
The EasyPlus UV and EasyPlus VIS scanning-based spectrophotometers offer three measuring tasks within one compact instrument. These instruments integrate conventional spectroscopy, colour measurement and water testing, making them ideal for routine spectroscopic workflows. They are designed to be userfriendly, ensuring accurate and
repeatable measurements. Built-in validated methods eliminate calculation and transcription errors, improve data quality, and expedite results.
Simply scan & measure
The Easy UV and Easy VIS instruments support a range of over 150 pre-installed Spectroquant® water test methods with
integrated workflow guidance. This makes analysing various substances in water easy, quick, and cost-efficient.
The procedure is simple: select the corresponding method by scanning the 2D barcode on the test kit. Once the lid is closed, the measurement starts automatically. Results are displayed within seconds.
Proven application versatility
For water analysis, the Easy UV instrument is capable of analysing numerous water quality parameters, including chlorine, Pt/Co colour, water hardness, iron, aluminum, and ozone, saving significant time, space and training.
Increased productivity and compliance
2060 MARGA: THE FUTURE OF AMBIENT AIR MONITORING
Gas and aerosol analysis built for real-world industrial conditions
Air-quality monitoring networks and industrial laboratories increasingly face pressure to deliver reliable, continuous data in environments influenced by petrochemical processing, mining operations, smelting activities, and dense urban corridors. The Metrohm 2060 MARGA offers the precision and resilience required to understand complex atmospheric chemistry in these challenging settings.
The system combines a Wet Rotating Denuder (WRD) with a SteamJet Aerosol Collector (SJAC) to simultaneously quantify key precursor gases such as SO₂, ammonia, acid gases, and nitrogen-based species, alongside their corresponding inorganic aerosol fractions. Using dual channel ion chromatography, the 2060 MARGA provides high sensitivity and accuracy for the simultaneous determination of anions and cations in gases and aerosols, supporting reliable long-term trend analysis and improved understanding of pollution sources.
The 2060 MARGA can operate for up to one month unattended at a remote site while continuously collecting, analysing and storing high-resolution data. With automatic internal standard validation and no calibration requirements, the system ensures consistent data integrity while significantly reducing technician workload.
Available in both routine monitoring and research configurations, the 2060 MARGA provides a robust flexible solution for laboratories requiring dependable long-term measurement of gases and aerosols from a single platform.
Exchangeable sample holders allow users to switch quickly between seven different path lengths to accommodate a wide concentration range. Methods compliant with ASTM, DIN, ISO, and EPA standards eliminate the need for post-measurement calculations. Efficient data management with optional EasyDirect™ UV/VIS PC software facilitates data transfer and integration into your laboratory network. All results are stored in one single database, accessible at any time.
VIABLE MICROBIAL AIR SAMPLERS
Natsep supplies Lighthouse Worldwide Solutions (LWS) real-time contamination monitoring systems, helping organisations protect product quality through continuous environmental monitoring. The LWS portfolio includes airborne particle counters, microbial air samplers, liquid particle counters, and temperature and humidity sensors for use in semiconductor, pharmaceutical, data storage, biotechnology, aerospace and defence manufacturing environments.
AciveCount microbial air samplers
The ActiveCount series are highperformance, portable active microbial air samplers designed for cleanrooms and aseptic environments. Built on proven technology, ActiveCount features an intuitive touchscreen interface, USB data download, gas sampling option, and a compact, userfriendly design. These systems ensure accurate and reliable detection of viable airborne microorganisms, for both mobile and remote sampling applications.
HEPA-filtered exhaust
The ActiveCount100H and ActiveCount25H portable air samplers are ISO 14698 compliant with a d50 collection efficiency of 1 micron. HEPA-filtered exhaust ports prevent re-aspiration of sampled air, protecting critical environments during operation.
Complete sampling control & compliance
ActiveCount offers continuous and periodic sampling with full control over sampling cycles and intervals. An autoclavable impactor head, dust cover and sanitisable
stainless-steel enclosure ensures the sampler itself does not introduce contamination. The optional gas sampler is used to monitor compressed gases. Sampling data and parameters are securely stored as electronic records, supporting traceability and Good Automated Manufacturing Practice (GAMP) compliance.
Lighthouse's remote sampling options allow easy integration into real-time environmental monitoring programmes. Remote models include the ActiveCountR for streamlined microbial monitoring and compliance. ActiveCountRp, a remote air sampler with external pump, connects easily into facility-wide monitoring systems.
ENVIRONMENTAL EQUIPMENT
What Is COD in Wastewater and Why Is It Important?
Wastewater, a byproduct of human activities, requires careful management to protect both environmental health and public well-being. This used water contains various substances that can harm ecosystems and human populations if discharged without proper treatment. Measuring pollutants within wastewater is a fundamental practice for ensuring water quality and safety. Chemical Oxygen Demand (COD) stands as a key indicator in this assessment, offering insights into the overall organic pollution load present in water.
SANS methodology prescribes digestion of the sample followed by titration. Metrohm has efficient solutions for both steps:
1. Digest using the Milestone Ethos 2. Titrate using any one of the Metrohm titration systems.
SENSORS PROVIDE FLOOD WARNINGS
To create the world's most sophisticated flood monitoring and forecasting system, the US State of Iowa's Flood Centre (IFC) uses more than 200 Senix ToughSonic 30 and ToughSonic 50 ultrasonic sensors to measure water levels in streams across the state. Data collected from the sensors are automatically sent to the Iowa Flood Information System (IFIS), where realtime information is integrated into an advanced hydrological model. System data and river stage hydrographs are shared with the public and emergency management officials.
With easy online access to water-level data from sensors, Iowa residents and state agencies can now get the reliable, real-time information they need to manage flooding in their areas.
Ultrasonic sensors chosen for ruggedness and reliability
Senix ultrasonic sensors were selected because they are designed to integrate easily with other equipment, including the system's cellular modems, solar panels, on-board clock, and other components. Senix sensors were also chosen for their ruggedness, programmability, and Senix's excellent engineering support. "Senix sensors and the Senix technical team have been pivotal to the success of this project," Ceynar says, noting that the IFC and Senix worked closely to design a special
threaded collar for the ToughSonic 50 so it could be mounted to the IFC Stream Gauge enclosure using the same threading as the ToughSonic 30. That ToughSonic 50 Rear Mount model has since become a standard product for Senix.
The sensors are programmed to measure at intervals of 5 minutes to 1 hour, using a boxcar average of a preset number of individual measurements. The system sleeps until it's commanded to wake up to take measurement data and send it to the IFIS. Sensor data is provided via RS-485 serial communication.
The entire IFIS flood warning system depends on the ruggedness and reliability of the Senix ToughSonic sensors and the IFC
system. The Senix sensors are potted in watertight steel housings and operate over a humidity range of 0-100% at temperatures from -40 to +70°C.
After assembly in the IFC lab, each stream gauge is submerged for three days to verify its water-tightness. This testing has proven useful. In the field, numerous sensors were submerged by flash flooding, and once the flood waters subsided, the sensors resumed sending accurate stream level data without requiring any repairs.
"Once installed, the IFC stream gauges are practically 100% maintenance-free," Ceynar says. "Most stream gauge sites have not been revisited since they were installed, more than four years ago."
CONFIDENTLY ADDRESS YOUR
Senix is proud to work with innovative research and educational institutions, such as the University of Iowa, both in the lab and in the field.
Tel: 010 595 1831
sales@instrotech.co.za
ANALYTICAL PFAS CHALLENGES
Per- and polyfluoroalkyl substances (PFAS) are often referred to as “forever chemicals” because of their persistence in the environment and the human body. Found in a wide range of industrial and consumer products, PFAS testing is critical for industries focused on environmental monitoring, food safety and public health.
PFAS analysis solutions
Waters delivers comprehensive PFAS workflow
solutions designed to help laboratories meet stringent regulatory requirements with confidence. From sample preparation to proficiency testing, Waters supports reliable performance across the entire PFAS analysis workflow. Waters analytical solutions enable efficient sample extraction, screening, quantification, and reporting of PFAS across diverse matrices - including drinking water, ground water, surface water, soil, biosolids, biota, food, and cosmetic products. Developed methods help laboratories stay ahead of challenging PFAS performance requirements.
laboratories, food safety facilities, cosmetics manufacturers, pharmaceutical companies, as well as academic and government institutions rely on Waters’ high-sensitivity systems and advanced data tools for non-targeted screening, contaminant identification, and risk assessment.
Accurately detect ultra-low levels of PFAS
Ultra-trace sensitivity across complex matrices
Targeted extraction methods and applicationspecific LC-MS/MS technologies enable ultratrace quantification, even at single parts-perquadrillion (ppq) levels. These worfkows support both routine compliance testing and investigative research, helping laboratories to identify known, unknown and emerging PFAS compounds. Environmental testing
For high-sensitivity quantitation of PFAS, the Xevo TQ Absolute tandem quadrupole mass spectrometer delivers exceptional performance for regulated methods such as EPA 533 and Draft 1633. For screening and identification of unknown or emerging PFAS, the Xevo G3 QTof provides qualitative and quantitative capabilities with enhanced TofMRM and high-resolution mass detection. The SELECT SERIES Cyclic IMS adds ion mobility separation to resolve PFAS isomers and enhance compound identification. Combined with ACQUITY Premier LC system, these platforms deliver a robust, end-to-end solution for PFAS analysis across environmental, food and biological samples.
THE CSIR HAS PARTNERED WITH GHANAIAN BIOTECH FIRM YEMAACHI TO MAP AFRICAN CANCER PATIENTS’ DNA, RNA AND PROTEINS
In February 2025, Yemaachi and global pharmaceutical giant Roche initiated a project called The African Cancer Atlas (TACA) to address the lack of African genomic data in global cancer research. The CSIR has now joined TACA’s effort to collect biological and health data from up to 7 500 African cancer patients.
The resulting database will help scientists and clinicians discover new cancer biomarkers and targets for drug development, ultimately improving outcomes for patients of African ancestry.
Researchers prepare tiny volumes of samples from cancer patients in pipette tips. They use a liquid chromatography instrument called Evosep One, specially designed for largescale clinical samples for protein analysis using mass spectrometry.
“We’ve recently signed a memorandum of understanding with Yemaachi to begin a pilot study focused on breast cancer across diverse African geographies,” says Dr Jerolen Naidoo, one of the lead scientists behind the CSIR’s African Clinical Multiome Atlas Platform (ClinMAP).
The collaboration with Ghana on the TACA project is ideal, he says, because the CSIR has an established clinical research network covering southern Africa, whereas Yemaachi’s reach extends into eastern, western and northern Africa.
“We’re coming together to look at how we get representation; how do we accurately capture the mosaic of diversity that is representative of our continent?
Our continent is so diverse geographically, so we need to have multiple clinical sites,” says Dr Tracey Hurrell, a Clin-MAP co-lead.
“The African Cancer Atlas is not just about filling a data gap; it is about creating a model for inclusive and equitable research,” said Yaw Bediako, CEO of Yemaachi Biotech, in a public statement.
Using patient samples derived from clinical sites linked to university hospitals and other research institutes across Africa, CSIR researchers will contribute to TACA in this pilot
study by mapping the proteomic signatures of disease by analysing how proteins like enzymes, hormones and antibodies (the proteome) interact to dictate a patient’s clinical state.
“The CSIR’s proteomics facility is a core national research centre equipped with a stateof-the-art mass spectrometer,” says Dr Ireshyn Govender, a Clin-MAP co-lead and head of the CSIR proteomics platform.
Proteomics facility
The CSIR’s proteomics facility features a classleading liquid-chromatography (left) and mass spectrometry (right) system to profile proteins from cancer patient samples, enabling identification of novel biomarkers and therapeutic targets.
The CSIR is currently one of the only institutions in South Africa with the additional facilities and expertise in-house to overlay this protein data with DNA (genomics), RNA (transcriptomics) and microbiomics data. This generates what scientists call the multiome (multiomics).
“Our unique offering as the CSIR is that we have all of the different technologies to profile and study genes, proteins and gut microbes in one place,” adds Hurrell. “And, through additional international partnerships with a US-based pharmaceutical company and a US-based artificial intelligence (AI) analysis platform (PromptBio), we will go even further by integrating single-cell multiome and organoid technologies with AI-powered analytics for deeper insights."
Naidoo says that in the same way Google Maps layers live-traffic data, satellite imagery, road maps and user reports to help drivers navigate from A to B, Clin-MAP layers genomics, transcriptomics, proteomics and microbiomics data to help researchers and clinicians navigate disease from diagnosis to treatment.
“What we're doing is creating multiple layers of information to go from a basic and static atlas of disease to a dynamic, interactive and multilayered digital map of clinical data,” he says.
Govender says the TACA cancer multiomics pilot study, like other studies the Clin-MAP team have undertaken around tuberculosis and autoimmune disease, will help advance Clin-MAP’s two main goals: to support researchers and clinicians, and to enable the development of diagnostics, prognostics and treatments tailored to Africa’s unique genetic and clinical diversity.
"Clin-MAP prioritises ethical data stewardship and real-world impact, aiming to translate scientific discoveries into tangible health benefits for African communities,” he says. The team has also made a point of responsible data categorisation by focusing on geography and clinical subtypes rather than simplistic ancestry labels for different populations.
The data and insights generated by projects like Clin-MAP and TACA are expected to extend beyond research into industry: they can support local drug and
diagnostic discovery and manufacturing, while offering Africa-specific data to local biotech startups and global players without compromising data sovereignty or ethics.
More information about our research, facilities and services: https://www.csir.co.za/ what-we-do/health/genomics/multiomics
Researchers prepare tiny volumes of samples from cancer patients in pipette tips. They use a liquid chromatography instrument called Evosep One, specially designed for large-scale clinical samples for protein analysis using mass spectrometry.
The CSIR’s proteomics facility features a class-leading liquid-chromatography (left) and mass spectrometry (right) system to profile proteins from cancer patient samples, enabling identification of novel biomarkers and therapeutic targets.
LIFE SCIENCES
ILLUMINATING NEW DEPTHS
In the quest to decode the complexities of living systems, advanced imaging has become indispensable. As researchers tackle increasingly sophisticated questions - from molecular interactions to multicellular dynamics in 3D models - the need for deeper, clearer, and more multiplexed visualisation continues to grow. Nikon now delivers a significant leap forward with the introduction of the AX NIR with NSPARC, a super-resolution confocal microscope system engineered to transform near-infrared (NIR) imaging.
Traditionally, NIR light offers compelling advantages, including deeper tissue penetration and reduced phototoxicity. However, its potential has been constrained by diminished resolving power at longer wavelengths. The AX NIR with NSPARC confronts this limitation head-on, providing
an approximate two-fold increase in resolution across both the visible and NIR spectra. This innovation reveals fine structural details previously obscured, enabling clearer, high-precision imaging of biomolecular behaviour.
A defining achievement of the system is the extension of super-resolution excitation wavelengths from the conventional 405640nm range to 405-785nm. This expanded spectrum dramatically improves flexibility in experimental design. By spreading fluorescent channels farther apart, researchers can substantially reduce spectral crosstalk - one of the most persistent challenges in high-plex imaging. The result is enhanced accuracy, reproducibility, and confidence when visualising multiple molecular species within a single experiment.
STREAMLINE TOTAL FAT DETERMINATION WITH MILESTONE X-TRACTION
Total fat determination in food and feed matrices is a routine analysis for several testing and food processor labs, as it is part of labelling process and QC testing. Nowadays, the process still relies on outdated and matrix-dependent methods, which use obsolete and time-consuming technologies.
In the ETHOS X, hydrolysis and extraction are done in a single step and in less time, ensuring higher productivity and better workflow.
The ETHOS X method for total fat determination is applicable to any matrix; it enables one to easily process 45 samples a day, ensures lower cost per sample, offers complete fat determination and is safe and compact. The benefits at a glance:
• Reliable GC or GC-MS analysis
• Applicable to any matrix 45 samples a day
• Lower cost per sample
• Complete fat determination Safe and compact
• Saves over 50% of lab space
This capability is especially powerful for studies requiring detailed mapping of biomolecular localisation and dynamics. Whether probing signalling networks, dissecting protein interactions, or tracking disease-related pathways, the AX NIR with NSPARC empowers scientists to observe complex molecular activity with new clarity. The system’s strengths are equally impactful in modern 3D biology. As research increasingly leans on physiologically relevant models such as tissue constructs and organon-chip platforms, NIR-based imaging becomes essential. Longer wavelengths penetrate deeper into thick or scattering samples, producing clearer images with lower phototoxicity - ideal for long-term live-cell imaging and drug-discovery applications where biological authenticity is critical.
By merging deeper NIR reach with true super-resolution performance, Nikon delivers a platform that elevates both discovery and experimentation. The AX NIR with NSPARC enhances the visualisation of biological processes at a molecular level, providing researchers with a more precise window into cellular mechanisms and disease development.
info@advancedlab.co.za www.advancedlab.co.za
ENHANCE BIOLOGICAL SAMPLE TESTING WITH MILESTONE SAMPLE PREPARATION
Testing of biological samples such as animal tissues for research or in contract testing labs is an important area of analytical measurement. As metals testing moves from traditional GFAA to ICP-MS, today’s biological testing labs are able to measure more analytes, at lower levels than ever before.
In today’s competitive environment, the high throughput of ICP-MS demands increased efficiency and productivity in sample prep.
Milestone understands the challenges faced by biological testing labs and strives to develop instruments that improve analytical data quality, while helping labs become more efficient and productive.
Our products are extremely easy to use, built to the highest quality and safety specifications to give many years of excellent service, and low lifetime operating costs. High reliability, fast, responsive service, and great applications support ensure extremely high uptime and a great ownership experience.
To advertise contact us at advertise@b2bcentral.co.za or tel: +27 (0)11 877 6111
(Pty) Ltd.
UP-TO-DATE INDUSTRY NEWS
Stay ahead of the curve with the latest industry news & insights, or have it delivered to your inbox to read later.
Read digital issues from all our B2B titles on your PC, smart phone or tablet. PDF downloads also available.
Remove geographical barriers and expand on your expertise with knowledge-sharing webinars across a variety of topics.
You can create a free profi le on www.b2bcentral.co.za/register to gain access to all of this and much more.
LIFE SCIENCES/ COMPANY LISTINGS
OVERCOMING THE CHALLENGES OF FOOD AND BEVERAGE ANALYSIS WITH ION CHROMATOGRAPHY (IC)
In today's consumer-driven market, the demand for transparency and knowledge regarding the ingredients present in foods and beverages has never been greater
Consumers expect accurate and comprehensive information about the products they purchase for dietary restrictions, health concerns, and more. As a result, regulatory bodies have recognised the significance of this aspect and have imposed increasingly stringent regulations to ensure that product quality standards are upheld. Ion chromatography (IC) is a versatile and indispensable tool for the analysis of various regulated components in food and beverage samples simultaneously in a single run.
When analysing such highly loaded matrices with IC, sample preparation and column capacity are two of the most essential factors for success. These topics are the focus of this article.
It is crucial for the quality and labelling of food to align with both consumer demands and progressively stringent regulations, such as EU regulation 1169/2011 and US 21 CFR Part 101. Thus, the ability to determine food quality parameters in a robust, reliable, and rapid manner becomes absolutely essential.
Analysing food and beverage samples presents considerable challenges due to both the extensive array of analytes involved and the complexity of the sample matrix. These samples can cause issues with the analytical procedure because of their heterogeneous nature and different physical properties.
The challenges associated with food and beverage analysis can be effectively addressed through the application of ion chromatography (IC). IC stands out as a robust and user-friendly analytical technique
capable of analysing multiple components within a single run. Its numerous benefits for food and beverage analysis include:
• Simplicity and affordability: IC offers straightforward usability with low instrument and operating costs
• Environmental friendliness: IC employs minimal chemical usage, making it an environmentally conscious choice
• Flexibility: IC allows for the combination of multiple detectors, enabling comprehensive analysis of anions, cations, carbohydrates, and more
• Selectivity and sensitivity: IC with amperometric detection delivers quick, highly sensitive, and selective results, boasting remarkably low detection limits
To guarantee the accurate analysis of food and beverage samples with ion chromatography, it is imperative to consider two essential factors:
• Adequate sample preparation
• Suitable column selection, especially regarding column capacity and selectivity
By addressing these factors, analysts can enhance the accuracy and reliability of their results, while simultaneously optimising instrument performance and achieving precise detection of the desired components.
Leading supplier of laboratory and scientific analytical equipment throughout Africa. NIR Analysers, Nutrient Analysers, Discrete Analysers, Elemental Analysers, Rheological Analysers, Texture Analysers, Combustion Analysers, TOC Analysers, Kjeldahl/Dumas Analysers, Automated Analysers, Robotics Analysers, Imaging Systems, Hyperspectral Systems, Extraction and Digestion Systems and Solid Phase Extraction (SPE).
Tel: +27 12 940 5921
Email: Sales@aelab.co.za
Website: www.aesol.co.za
INSTRULAB a division of Air & Vacuum Technologies (Pty) Ltd
• Advion - Compact & affordable High Performance Mass Spectrometer using Atmospheric Solid Analysis Probe, Open Port Sampling Interface and Gas Phase Sample Analysis. Other instrumentation includes Plate Express (TLC interface), (U)HPLC, ICP-MS and Chip-Based Electrospray Ionization
• Interchim – Formidable instrumentation for Preparative Liquid Chromatography, Ultra performance Flash Purification, Purification of Proteins and Peptides, Process Purification and Protein Analysis.
• Bio-Logic - High performance instrumentation for the Research Lab, Electrochemistry, Potentiostat/Galvanostat, Corrosion, Battery & Fuel Cell Testing, Super Capacitors, Sensor Development, Nanotechnology, Material Testing, Solar Cells & Photovoltaic Systems, Electro-chemical Scanning Systems, Spectroscopy & Photosynthesis and Rapid Kinetics.
• CAMAG – World’s Leader in Thin Layer Chromatography supporting TLC, HPTLC, HPTLC PRO and Dried Blood Spot Sampling.
• Kuhner - World’s most reliable Shaker/Shaking Incubator (from 2g up to 2tons) for more than 60 years with 5 years warranty Tel: (011) 804 3503 Fax: 086 719 2778 Mobile: 078 342 3354
E-mail: bruno@bslc.co.za Web: www.bslc.co.za
• Chembiz is a supplier of high quality laboratory instrumentation.
• Supplier of Ohaus balances, scales and moisture analysers.
Your accredited service provider for: - Calibration - Validation & Qualification - Technical Inspection
ISO/IEC 17025:2017
Official agent for: www.labcalsolutions.com
T: +27 11 466 4145 E: admin@labcal.co.za
We provide innovative technology for your most challenging samples, including instruments for analytical, separation, and metallographic science as well as complete line of consumable products.
Tel: +27 11 974 1681
Fax: +27 11 974 1848
Cell: +27 82 771 7083 www.lecoafrica.co.za
Head office Tel: 011 615 6076
Durban Tel: 031 701 2711
Cape Town Tel: 021 946 1722
Eastern Cape Tel: 041 450 5685
Export: +27 (0)72 910 5749
Website: www.hanna.co.za
E-mail: hanna@hanna.co.za
Your solution provider of certified and analytical reference materials, pharmaceutical impurity - and drug standards, biological standards, profieciency testing schemes and Fusion Equipment
PROVIDING WINNING SCIENCE, TECHNOLOGY, HEALTH AND EDUCATION SOLUTIONS ACROSS AFRICA
Our extensive sourcing network and long-term partnerships with leading international manufacturers means you can get the highest quality product at the most competitive price.
agents for: CEM Microwave and Teledyne Cetac Technologies
Microsep distributes and supports market-leading brands in southern Africa and sub-Saharan Africa.
We offer the sale and support of technologically advanced scientific and analytical instrumentation, laboratory and industrial weighing equipment. Our focus is to provide high quality products and innovative solutions to satisfy the needs of our customers in the general laboratory, pharmaceutical, biotechnology, food and beverage, chemical and petro-chemical, environmental and industrial markets. Industry leading brands include Waters and Mettler Toledo.
Johannesburg | Cape Town | Durban | Gqeberha
Tel. 087 092 7300
Email: info@microsep.co.za www.microsep.co.za
2 Saturn Crescent, Linbro Business Park
Frankenwald Ext. 30 Sandton, 2090
We are a BBBEE subsidiary of Metrohm-AG. Our market-leading products are produced in Switzerland and other European countries thereby guaranteeing you the highest accuracy and reliability. We supply lab and on-line process monitoring analysers for:
pH, conductivity, dissolved oxygen, Titration / Karl Fischer, Ion chromatography, Electrochemistry, Raman and NIR spectroscopy.
Milestone: microwave sample preparation, acid purification systems and direct mercury analysers.
National Separations (NATSEP) partners with global leading biotechnology and diagnostic companies to provide general laboratory equipment, lab and process filtration technologies, water purification systems, rapid microbiological and contamination monitoring products in southern Africa and sub-Saharan Africa. Market leading product brands include Amazon Filters, Hygiena Diagnostics, Rephile BioScience, Saint-Gobain and Avantor Bioprocess for all industries. Sartorius products for the Food and Beverage market.
Johannesburg | Cape Town | Durban | Gqeberha
Tel. +27 87 092 7300
Email: sales@natsep.co.za www.natsep.co.za
SSS is a highly specialised company dedicated to offering superior support in niche markets in Chromatography and related disciplines. SSS is an OEM distributor for Vici and an accredited distributor for all Varian consumables; Vici Valves and GC Detectors; Precision Sampling Syringes; ChromPerfect Data Systems; Hamilton Syringes; SGE Syringes & Supplies; National Scientific Vials, Septa, Syringe Filters, Caps etc; Bohlender Teflon Products; GL Science Leak Detectors; Specialised and Refurbished Instruments; Capillary Columns; Solid Phase Extraction; Nikepal Syringes. Training is a priority at SSS and regular hands-on courses are offered. The range is expanding annually and SSS also manufactures specialised Inlet Systems for sample introduction of
Advertise
To advertise, contact samantha.morgan@media24.com
Analytical Reporter is the premier laboratory equipment journal, and is recognised internationally
• It is the ideal vehicle for laboratory equipment suppliers to showcase their merchandise, with its regular coverage of the latest product information
• Complete with a comprehensive suppliers directory
• This database boasts a niche, targeted audience of requested subscribers
