PRODUCTS & SOFTWARE
the voilàp group
The voilàp group designs and manufactures intelligent systems for industry and cities, based on interconnected hardware and software elements for data acquisition and management. A world leader in the design and manufacture of machinery for the transformation of materials used in smart and sustainable construction, through IoT (Internet of Things) solutions, it provides the know-how developed in the smart industry to reconfigure traditional sectors such as retail, construction, DOOH (Digital Out of Home) and logistics. The group encompasses and embraces different brands, stories, skills and knowledge, recognising the value of diversity and transforming it into a shared strength.
The Future of the Smart Factory
Voilàp brings your Smart Factory to life through the design and manufacture of cutting-edge machinery and the creation of interconnected production ecosystems. Our IoT display systems – including totems and LED walls – transform raw data into strategic information. You can view KPIs, production progress and operational metrics in real time, ensuring smooth and transparent communication that seamlessly connects the production environment with sales and retail networks.
Digital Integration
At Voilàp we go beyond individual machines, we integrate cutting-edge software, IoT sensors and production systems into a single, dynamic, real-time digital architecture. Our solution unifies crucial platforms such as MES, ERP, CRM, WMS and CAD/CAM, creating a harmonious digital structure that optimises every stage of operations and maximises the efficiency of your smart factory.
We design and develop intelligent, connected, efficient and sustainable machines and factories.
Real-time product configurator and quotation generator smart factory smart products smart retail
Environments, optimised production processes, integrated communication
Integrated technologies combining mechanics, electronics and software
material in our packaging of employees undergoing performance dialogue
MAPPI. Beyond Glass Perfection
When it comes to glass tempering, the true performance of a furnace cannot be assessed based on the initial production cycles alone. It is measured over time in terms of repeatable results and the ability to maintain quality and stability, even when operating conditions become more complex and unpredictable.
MAPPI was founded on this industrial vision. For over thirty years, we have designed and manufactured flat glass tempering furnaces with one clear objective: to ensure reliable, controllable processes and consistently high quality in the long term. Every design choice, material and construction detail is engineered to minimise variability and waste, providing glass processors with a reliable production tool, cycle after cycle.
For MAPPI, quality is not an occasional result. It is a structural condition. This begins with extremely precise thermal engineering, which enables heating zones to react instantly and precisely, continues with airflow management synchronised with glass oscillation and the selection of high-performance steels and insulating materials, and extends to meticulous attention to assembly and long-term maintenance. This approach enables our furnaces to deliver stable performance, controlled energy consumption, and observable, measurable, and repeatable glass quality.
In an increasingly demanding industrial environment, where tolerances are tightening and margins for error are shrinking, we believe the real difference lies in operational continuity. Not solutions designed only for short-term results, but systems engineered to support glass processors as their production evolves and markets become more complex.
MAPPI designs furnaces built to last, to adapt and to preserve what truly matters over time: full process control from start to finish, reliable production stability and certifiable quality from the first glass to the last, cycle after cycle. This is where we believe the true meaning of evolution lies — Beyond Glass Perfection.
REFERENCE SECTORS
ARCHITECTURE
Thanks to its safety, transparency, strength and design flexibility, tempered glass has become a key material in contemporary architectural design. Facades, balustrades and roofs require a combination of high mechanical performance and impeccable aesthetic quality.
MAPPI supports this evolution by offering tempering processes that enhance the structural and design potential of glass, while maintaining consistently high quality standards.
INTERIOR DESIGN
In interior design, tempered glass combines aesthetics and functionality. Tables, doors, partitions and furniture elements require flawless surfaces, safety and dimensional precision. The quality of the tempering process directly affects the visual appearance, flatness and finishing of the glass. MAPPI supports manufacturers with solutions designed to ensure maximum reliability and consistent results, even in the most demanding applications.
HOME APPLIANCES SHOWER ENCLOSURES
In the home appliance sector, tempered glass is used in ovens, cooktops and especially induction hobs, where mechanical strength and resistance to thermal shock are essential. It must withstand high temperatures, impacts and daily use while maintaining dimensional precision and surface quality — a technical material that combines safety, durability and long-term performance.
In the shower enclosure sector, tempered glass has become an essential standard and represents the safest and most reliable choice.
It withstands impacts and thermal shocks and, in the event of breakage, fragments into small non-sharp pieces. It ensures durability, easy maintenance and excellent aesthetics, enhancing modern, bright and customizable design solutions.
MTH MONOLITH
MTH Monolith represents the most advanced expression of MAPPI’s engineering expertise. It is a furnace designed for operations involving large glass sizes, complex products and production environments where stability, control and repeatability are essential. The monolithic structure of MTH is engineered to ensure thermal uniformity and process continuity even under the most demanding conditions. Thermal control is divided into multiple zones, allowing precise temperature distribution across the entire glass surface and significantly reducing internal stresses. Precise airflow control further improves tempering quality, enhancing flatness and optical performance even with the latest generation Low-E glass. Structural robustness, the use of high-performance
materials and optimized insulation design allow energy consumption to remain controlled over time while ensuring stable performance and reducing the impact of operational variables. Upon request, MTH Monolith can be equipped with advanced Edge Computing solutions (MEC), enabling realtime monitoring of process data and furnace performance. Data processing provides operators with immediate analysis, greater operational awareness and more effective production management. MTH Monolith is not simply a large furnace. It is an industrial tool designed to support manufacturers operating at the highest levels of flat glass processing, delivering control, reliability and operational continuity even as production becomes increasingly complex.
EXTRA-LARGE CAPACITY for large glass sizes
HEATING
SYSTEM
uniform heat distribution
real-time
monitoring and diagnostics
LOW-E glass compatibility
HIGH ENERGY EFFICIENCY
ATS S-LINE
Building on MAPPI’s experience with high-end tempering furnaces, the ATS S-Line integrates the most advanced technological solutions into an optimised configuration for medium-sized production environments. Designed for a wide range of industrial applications, it delivers consistent quality, full process control and long-term reliability without compromising operational stability.
The ATS platform incorporates the most advanced solutions developed across the MAPPI range, beginning with sophisticated heating management and extremely precise control of individual thermal zones. This enables the tempering process to be adapted to glass with different characteristics, while ensuring uniformity and repeatability in every production batch. The structural design and material selection adhere to the engineering principles employed for all MAPPI furnaces. High-performance insulation, durable components and meticulous assembly ensure stable process performance and controlled energy consumption over time, even under demanding production conditions. The ATS S-Line is designed to support our customers‘ growth, offering a furnace capable of adapting to evolving production mixes and increasingly complex glass applications. Upon request, the ATS S-Line can also be equipped with Mappi Edge Computing (MEC), a system that enables the real-time analysis of process data, supporting faster and more informed decision-making for production optimisation.
The ATS S-Line represents the ideal balance between advanced performance and scalable production capacity: a furnace engineered for manufacturers seeking reliability, control, and consistent quality day in, day out.
MAPPI SUPERTEMPER™
option available
multi-zone
HEATING SYSTEM
optimized cycle times precise airflow modulation
LOW-E glass compatibility
HIGH PRODUCTIVITY
FOX EVO
The FOX EVO is the latest evolution in MAPPI’s approach to glass tempering. It combines advanced technology with a simpler, more intuitive way to manage the entire process. Designed to make flat glass tempering easier to operate, it is a flexible and efficient solution that maintains the solid engineering, reliability and build quality that define every MAPPI furnace. The FOX EVO is built on the same technical principles that characterise the entire MAPPI range, including a multi-zone heating system, precise airflow modulation, and a highly stable tempering section. These elements ensure consistent and repeatable results, even when processing technically demanding glass, and deliver excellent flatness and optical quality over time. The control interface has been completely redesigned
in collaboration with Siemens to provide operators with a clear and intuitive environment in which to manage this technologically advanced system. Like all MAPPI furnaces, the FOX EVO can be equipped with optional MAPPI Edge Computing (MEC) and MEC INSPECTOR systems for real-time monitoring and analysis of production and quality data. This integration enables operators to work with greater awareness, reducing operational uncertainty and improving production continuity. The FOX EVO is more than just a smart furnace. It is a compact, powerful, highly efficient tempering solution designed for a wide range of production environments. It delivers control, stability, and certified quality in a flexible, accessible configuration.
MAPPI EDGE
COMPUTING (MEC)
system integration available
multi-zone
HEATING
SYSTEM
next-generation smart furnace
LOW-E glass compatibility precise airflow modulation
SIEMENS TECHNOLOGY
MEC (MAPPI EDGE COMPUTING)
Mappi Edge Computing (MEC) is an optional software platform developed by Mappi to enhance the monitoring and control of glass tempering furnaces by analysing real-time process data. The system is based on edge computing technology developed in collaboration with Siemens. It collects data directly from furnace sensors and processes it locally, providing operators with clear, actionable insights in real time. MEC enables the detailed analysis of production performance, energy consumption, and operational efficiency, providing glass processors with the tools they need to better understand furnace behaviour and identify opportunities for process optimisation. As data processing takes place on-site, MEC offers a higher level of data security, allowing operators to retain full control over their production information without relying on external cloud platforms.
MEC INSPECTOR
MEC INSPECTOR is an optional quality control system developed by MAPPI in collaboration with Glass Inspector. It is designed to analyse the characteristics of tempered glass in real time directly on the production line. Using specialised sensors and cameras, the system detects and evaluates critical parameters such as anisotropy, flatness, optical distortion, and other relevant visual defects. The collected data is processed immediately to provide an objective, measurable assessment of glass quality. This enables operators to swiftly identify deviations from optimal process conditions and implement targeted corrective measures, thereby reducing waste, rework and operational uncertainty. MEC INSPECTOR enables quality certification for every production batch, improving traceability and long-term process control.
MAPPI SUPERTEMPER™ MHS
(MULTIZONE HEATING SYSTEM)
MAPPI Supertemper™ is a MAPPI-developed technology that enables the production of fire-resistant glass that complies with the European E30 standard in a single tempering furnace. Compared to traditional tempering, the system allows significantly higher surface compression levels, making it possible to produce glass with enhanced mechanical strength and fire resistance. Supertemper™ offers glass processors a dual advantage. It ensures advanced control of the tempering process for standard production, while also enabling the manufacture of fire-resistant glass without the need for specialised equipment. This makes Supertemper™ a strategic solution for expanding production capabilities, maximising furnace utilisation, and opening up new market opportunities.
The MHS (Multizone Heating System), developed by MAPPI, is an advanced heating system that provides extremely precise thermal control inside the tempering furnace. It divides the heating chamber into multiple independent zones, each of which is managed individually through dedicated thermocouples. This enables precise temperature control across the entire glass surface. By adapting the thermal profile to different glass geometries, thicknesses, and types, the MHS improves heating uniformity while reducing unwanted internal stresses. The result is greater process stability, higher tempering quality, and improved energy efficiency. This enables glass processors to handle complex production requirements with greater control and reduced energy waste.
GHBS
(XTREME PROFILE CONVECTION SYSTEM) AC (ADVANCED COOLING)
GHBS is an advanced convection system developed by MAPPI to optimize the tempering of coated, Low-E and high-performance selective glass. The system enables extremely precise control of airflow within the heating chamber, adapting convection to the specific characteristics of the glass being processed. Through optimized heat and airflow management, GHBS improves heating uniformity and significantly reduces optical defects, distortions and flatness variations typically associated with Low-E glass. This approach ensures greater process stability and consistent quality results, enabling glass processors to handle complex coated glass with higher reliability and long-term production continuity.
Advanced Cooling (AC) is a cooling system developed by MAPPI to optimise the quenching phase of flat glass tempering. This technology enhances the design of cooling nozzles and airflow distribution management, ensuring uniform cooling across the entire glass surface. By delivering more precise and controlled cooling, AC reduces anisotropy, iridescence, and optical defects, thereby significantly improving the visual quality of tempered glass. The system also increases process stability and repeatability, enabling manufacturers to achieve consistent tempering results, even in technically demanding production conditions.
EC
(EXTRACTION OF THE CHAMBER)
EC (Extraction of the Chamber) is a MAPPI design solution that enables the furnace‘s heating chamber to be extracted, greatly simplifying maintenance and inspection operations. It provides direct and complete access to internal components, dramatically reducing downtime and the complexity of technical interventions. By enabling faster and safer maintenance, the EC system helps to preserve the performance of furnaces over time and improves overall production continuity. It reflects MAPPI’s long-term engineering approach of designing systems that are efficient to operate and easier to maintain, ensuring reliability and consistent performance year after year.
ESS (ENERGY SAVING SYSTEM)
Developed by MAPPI, ESS optimises furnace energy consumption by intelligently coordinating the heating and forced ventilation phases. The control software, which was developed in-house, dynamically manages the interaction between the heating zones and the quenching section. This significantly reduces peak installed power and the overall system load. The system activates and modulates heating based on the actual presence of glass in the furnace, thereby optimising energy use and minimising unnecessary thermal dispersion. Each thermal zone is individually controlled to ensure precision, stability, and longterm reliability. The ESS improves the furnace‘s overall energy efficiency while maintaining consistent performance, supporting a more sustainable and rational energy management strategy without compromising production quality.
The product data, descriptions and illustrations appearing in this catalogue are shown for advertising purposes; they are given as examples only, and shall not be binding on the manufacturer or the vendor under any circumstances. For marketing reasons, products may be reproduced or portrayed with non-standard configurations, colours or optional extras, in older versions or withspecial customisations or different technical characteristics, possibly for supervening manufacturing reasons. The manufacturer and the vendor reserve the right to make any modification whatsoever to the products. Please contact the sales personnel if you have any queries.