Select the rotary damper by the movement

Horizontal use

Horizontal use is applied to the case where the final position of a moving object (application) becomes horizontal.
A rotary damper is placed at the rotation center, and the rotary damper torque increases gradually as the position becomes horizontal.
■Applications
– Dust boxes
– Toilet seat covers
– Piano lids
– TV console doors
– Industrial refrigerator doors

Relationship between operation and torque

Relationship between rotary damper operation and torque - Horizontal use

Vertical use

Vertical use

Vertical use is applied to the case where the final position of a moving object (application) is suspended vertically.
A rotary damper is placed at the rotation center, and the rotary damper torque becomes the largest at the horizontal position and then decreases gradually.
■Applications
– Bakery shelves
– Range hoods
– Vending machines
– Shower sheets
– Cat doors

Relationship between operation and torque

Relationship between rotary damper operation and torque - Vertical use

Horizontal & Vertical use

Horizontal & vertical use

Horizontal use & Vertical use is applied to the case where the final position of a moving object (application) becomes diagonal. A rotary damper is placed at the rotation center, and the rotary damper torque increases gradually as the position becomes horizontal and when the position becomes horizontal, the torque reaches a maximum, and then decreases gradually.

■Applications
– Dust boxes
– Bakery shelves
– Storage boxes

Relationship between operation and torque

Relationship between rotary damper operation and torque - Horizontal & vertical use

Continuous rotation

Continuous Rotation

This method is used to slow the movement of free fall, as well as the pop-up operation, by means of a spring, using the rack and pinion mechanism.
This enables the operation of a moving object at constant speed.
■Applications
– Drink dispenser
– Sliding doors
– Cord rewinding
– Flush buttons
– Drink holders

Relationship between motion and torque

Relationship between rotary damper operation and torque - Continuous Rotation