I want to output large torque with a small power! Design support for automation and labor-saving devices that meet needs such as designing machines with low vibration and noise!
Mechanism of a reducer / What is the relationship between reduction ratio and torque? / Reasons for reducing the motor's rotation speed / Why can torque increase when reducing speed? Explanation of these topics.
No need for brake stoppers! It holds the load when the rotation stops, allowing work and experiments to be conducted while tilted. The input and output shafts are aligned in a straight line, achieving space-saving design!
No need for brake stoppers! It holds the load when the rotation stops, allowing work and experiments to be conducted while tilted. The input and output shafts are aligned in a straight line, achieving space-saving design!
The work can be rolled up, and it self-locks when the handle is released! No need to unlock; it can restart in both forward and reverse rotation from the stopped position! Lightweight and compact with many applications!
Roll up the work and self-lock at the position where the handle is released! No need to unlock, can restart rotation in both directions from the stopped position! Lightweight and compact with many applications!
No need for brake stoppers! It can hold the load while stopped and allows for work and inspection in a tilted position. The input and output shafts are aligned in a straight line, achieving space-saving design!
Maximize the fatigue limit of the flexure gear component! Freely select the spring thickness for high torque compatibility.
The miniaturization and high precision of internal components have resulted in a smaller internal moment of inertia!
High efficiency, low noise! High-precision reducer for servo motors compatible with various motor shaft diameters.






























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