360° Accessibility & Collaborative Design. The open-sided island bench allows multiple users to work simultaneously from all directions, enhancing teamwork and workflow efficiency in busy labs.

Built-in cabinets, drawers, or shelving beneath the work surface, maximizing space utilization while maintaining a clutter-free workspace.

Space-Saving & Ergonomic. Designed to fit against walls, it optimizes lab floor space while providing a comfortable working height for prolonged experiments.

Wall-mounted shelves or overhead cabinets can be added above the bench to expand storage without sacrificing bench space.

Efficient Use of Corner Space & Seamless Integration. Specially designed to fit into lab corners, this bench maximizes underutilized areas.

Durable PP construction ensures chemical resistance and easy maintenance, while optional under-bench storage and overhead shelving provide additional functionality without compromising accessibility.

The biggest advantage of the PP laboratory bench is the performance characteristics of the PP sheet itself. The PP material test bench can realize the integrated molding technology. This technology makes the test bench cabinet more complete, enhances the structure of the cabinet, and reduces the temperature difference. At the same time, this technology also makes the test bench look more beautiful and generous, and it is difficult to find defects.

The PP material itself has strong anti-corrosion, acid and alkali resistance, and there is no need to worry about the rust of the test bench during use. Moreover, due to the low density of PP sheet, the quality of the PP test bench is far lower than that of the all-steel test bench of the same specification, which is convenient for product transportation and movement during later use.

The PP sheet will not react with water, so there will be no foaming, cracking and other phenomena in the experimental bench during use, and the experimental bench equipment has good stability.

The PP sheet is more convenient to clean and maintain, it is not suitable for dust, and it is less likely to generate static electricity, so that the data obtained in the experiment is more accurate, and the gap between it and other experimental benches is widened in use.