Product Info
| Brand | Truslide |
| Product name | Aluminium alloy drawer guide |
| Installation method | Slide mounted with screw fixing |
| Material | Aluminum alloy |
| Section thickness | 45mm Three full exhibitions |
| Load bearing | 40KG |
| Product length | 45mm 10-22inch |
description1
| Brand | Truslide |
| Product name | Aluminium alloy drawer guide |
| Installation method | Slide mounted with screw fixing |
| Material | Aluminum alloy |
| Section thickness | 45mm Three full exhibitions |
| Load bearing | 40KG |
| Product length | 45mm 10-22inch |
With a maximum load capacity of 40kg, this slide rail strikes an efficient balance between load-bearing capability and its compact size. It meets the weight requirements of measuring instruments, precision equipment, and similar devices while minimizing internal space usage, offering greater flexibility in overall machine design.
Equipped with a precision ball bearing structure, the slide rail operates smoothly without jamming, ensuring accurate positioning. This effectively reduces vibration and noise during equipment operation, safeguarding the measurement accuracy of precision instruments during adjustments. Additionally, its modular design facilitates quick installation and maintenance, with wide adaptability. The standardized interface allows for easy integration with various mechanical structures, reducing the difficulty of system debugging.

Beyond measuring instruments, industrial electronic equipment, and precision instruments, it is also suitable for automation equipment, medical testing devices, and other fields demanding high spatial efficiency and stability. In automated production lines, it ensures the precise movement of robotic arms; in medical analyzers, it guarantees the stable sliding of sample trays, providing reliable support for the sliding systems of various precision equipment. Its excellent performance in harsh environments, such as resistance to temperature fluctuations and dust, further expands its application scenarios, making it a cost-effective choice for engineering projects with strict space and performance requirements.



