Stainless Steel Drawer Slides for Laboratory Cabinets
Optimize Laboratory Efficiency with CenSo’s Stainless Steel Ball Bearing Drawer Slides. Designed for Maximum Load Capacity and Smooth, Silent Operation, Our Drawer Slides Provide Practical Storage Solutions for Critical Lab Equipment, Instruments, and Chemicals, Ensuring Safety and Reliability.
stainless steel ball bearing drawer slides
Pain Points
Insufficient load-bearing causes cabinet door to get stuck
CenSo’s heavy-duty laboratory cabinet slides have an ultra-high load capacity and can withstand loads of more than 200 kg. Even under long-term use, they can maintain stable and smooth sliding. Our slides are made of high-strength materials to ensure that they can withstand the weight of various equipment and materials in the laboratory, providing a stable storage solution and reducing equipment damage and unnecessary maintenance.
Low space utilization efficiency
CenSo’s laboratory cabinet slide system design focuses on space optimization. We provide customized sizes and configurations to help laboratory customers adjust the space layout in the locker according to actual needs. Our slide system can maximize the use of the internal space of the cabinet, provide more flexible storage solutions, and help laboratory staff manage and store items more efficiently.
Temperature sensitive samples are not stable during storage
CenSo’s heavy-duty stainless steel ball bearing drawer slides are designed to withstand harsh environments. They use low-temperature resistant materials and precision manufacturing processes to ensure stable and smooth operation in low-temperature environments. Even under extreme refrigeration conditions, CenSo slides can ensure the smooth opening and closing of lockers, effectively protecting the safety of laboratory samples and ensuring the reliability of experimental data.
freezer drawer slide rail
Products
laboratory storage systems
Application
- Precise Slide
- Anti-Corrosion Materials
- Quiet and Smooth Operation
- High Load Capacity
- Customizable
stainless steel locking drawer slides
You may be interested in
Why do we need to use a slide rail system in the laboratory?
The slide rail system provides an efficient and convenient access method in the laboratory. The laboratory working environment usually requires fast and frequent access to samples, chemicals, instruments, and other items. The slide rail helps achieve a smooth opening and closing of cabinet doors or drawers, avoiding the jamming and damage of traditional cabinet doors. Especially when the laboratory space is limited, the slide rail design can better utilize the space and improve storage efficiency.
How do slides help improve work efficiency in laboratory cabinets?
The slide rail system allows laboratory cabinets to be easily pulled out and pushed in, especially for heavy items and instruments chimiques. Traditional cabinets require strong pulling and are easily damaged or inconvenient to use. At the same time, slide rails make operation smoother and greatly reduce work interruptions caused by cabinet door jams, thereby improving the efficiency and accuracy of experimental operations.
Why is the slide rail system so important for laboratory freezers?
The samples stored in the laboratory freezer usually have extremely strict temperature requirements, and any unstable temperature changes will affect the experimental results. The slide rail system can ensure that the storage racks are pulled out and pushed in smoothly, preventing the samples from being exposed to unstable temperature environments during operation, thereby protecting the quality and the accuracy of the research.
How does the load-bearing capacity of the slide ensure safe storage of laboratory equipment?
The storage cabinets in the laboratory often need to store heavy equipment, chemicals, and instruments, and the load-bearing capacity of the slide system is crucial. High-load-bearing slides can ensure that large items stored in laboratory cabinets can be moved smoothly without worrying about the slides breaking or getting stuck.
