In modern cabinet design, the smoothness and quietness of opening and closing actions have become important factors that influence user experience. Cabinets in kitchens, bathrooms, wardrobes, and workspaces undergo frequent daily use.
In modern cabinet design, the smoothness and quietness of opening and closing actions have become important factors that influence user experience. Cabinets in kitchens, bathrooms, wardrobes, and workspaces undergo frequent daily use. Without appropriate cushioning, drawers may close with impact and noise, accelerating wear on both hardware and cabinet structures.
Without appropriate cushioning, drawers may close with impact and noise, accelerating wear on both hardware and cabinet structures.
A linear damper is typically installed at the end of the drawer slide to control the final portion of the closing movement. As the drawer enters the deceleration zone, the damper gradually reduces its speed, allowing it to settle gently into place. This ensures a consistent closing motion regardless of the user’s handling force.
Key functional benefits include
● Noise and impact reduction
● Lower mechanical stress on rails and cabinet components
● Improved operational comfort
● Stable performance in high-frequency environments
Although small in size, the linear damper plays an important role in enhancing overall cabinet performance. The accompanying images and video illustrate how the damper slows the drawer near closure, achieving a smooth and quiet finish.
Toyou Products for retractable belt barriers
TRD-LE
TRD-0855
Post time: Nov-24-2025
