International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 13 Issue: 01 | Jan 2026
p-ISSN: 2395-0072
www.irjet.net
A REVIEW PAPER ON PLATE COLLECTING SYSTEM Mr. P. Ravikiran1, Mr.Dr.P.Venkaiah2, M. Shivaram3, K. Yashwanth4, S. Sravan Kumar 5 Assistant Professor, Mechanical, Guru Nanak Institute of Technology, Ranga Reddy, Telangana, India. 3,4,5 Student, Mechanical, Guru Nanak Institute of Technology, Ranga Reddy, Telangana, India -----------------------------------------------------------------------***-----------------------------------------------------------------------1,2
Abstract - Commercial dishwashing machines are widely used in hotels, restaurants, hospitals, and large-scale food service establishments where a high volume of plates must be cleaned efficiently. Manual collection and feeding of plates into dishwashers often leads to increased labor effort, time consumption, and hygiene issues. To overcome these limitations, a plate collecting system is introduced as an integral part of the commercial dishwashing machine. This system is designed to automatically collect, organize, and transfer used plates to the washing unit in a continuous and controlled manner. The plate collecting system reduces human involvement, thereby improving sanitation and workplace safety while lowering operational costs. It also enhances washing efficiency by ensuring uniform placement and steady flow of plates, which helps in achieving consistent cleaning results and minimizing breakage. Additionally, the system improves overall kitchen workflow by reducing congestion and delays during peak operating hours. The adoption of such automated plate collecting solutions supports energy efficiency, water optimization, and sustainable kitchen operations. This system plays a crucial role in modern commercial kitchens by increasing productivity, maintaining hygiene standards, and enabling reliable high-speed dishwashing processes.
INTRODUCTION Commercial kitchens such as hotels, restaurants, hostels, and food courts, a large number of plates and utensils are used daily. Handling these plates manually after use is time-consuming, labour intensive, and often unhygienic. To overcome these challenges, a plate collecting system is introduced as an efficient solution in commercial dishwashing operations. The plate collecting system is designed to automatically gather used plates from the dining area and transfer them to the dishwashing unit in an organized manner. This system helps in reducing manual effort, minimizing breakage of plates, and improving overall workflow efficiency. By integrating mechanical components such as conveyors, guides, and sorting mechanisms, the system ensures smooth and continuous movement of plates.
1.1 Background and Significance In commercial food service environments such as hotels, restaurants, hostels, and large cafeterias, the demand for fast and hygienic dishwashing has increased significantly due to high customer volumes. Traditional plate handling methods rely heavily on manual collection and sorting, which often leads to increased labour costs, slower operations, hygiene concerns, and a higher risk of plate breakage. With growing emphasis on automation and efficiency in modern kitchens, there is a need for systems that can streamline post-dining plate handling and integrate smoothly with commercial dishwashing machines. The significance of this research lies in its potential to improve operational efficiency, hygiene standards, and workplace safety in commercial kitchens. A well-designed plate collecting system can reduce human intervention, lower physical strain on workers, and ensure consistent and organized plate flow to the dishwashing unit. By minimizing delays and breakage, the system contributes to cost savings and improved
1.2 Research objective The main objective of this research is to design and develop an efficient plate collecting system for commercial dishwashing machines that reduces manual handling and labor dependency in commercial kitchens. The study aims to improve hygiene and safety by minimizing human contact with used plates while ensuring smooth and organized transfer to the dishwashing unit. Another objective is to increase the speed and efficiency of dishwashing operations, reduce plate breakage, and optimize space utilization in kitchen layouts. Additionally, the research focuses on evaluating the costeffectiveness and compatibility of the proposed system with existing commercial dishwashers under high-volume operating conditions.
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