Self-holding rotary solenoids which maintain their position only with magnetic force and rotate by electrical pulse. The features include top level in power, speed, durability and energy efficiency.
Self-restoring rotary solenoids of True Rotary Motion. They realized silent, highly precise and long life actuation. Lined up with spring-restoring type and magnetic-restoring type.
Step Rotary Solenoids apply the fundamental structure of bi-stable rotary solenoid with additional magnetic poles to enable multi-positional control.
Self-holding latching solenoids which maintain their position only with magnetic force and perform linear axial movement by electrical pulse. It's energy efficient with low heat generation.
Rotary solenoid based optical shutter controllable in msec increment. Based on bi-stable solenoid technology, precise control is just one of the various benefits our optical shutters offer.
The shutter utilizes a Bi-Stable Miniature Electromagnetic Actuator to generate the linear motion of the shutter blade. Ideal for applications where weight and space are at a premium.
Chemically inert valves for various applications. Chemical resistant materials and the structure to prevent liquid contamination allows them to be ideal for medical and diagnostic instruments.
Takano’s proportional solenoid valve was originally designed to control gas flow in medical and semiconductor use. Due to its pilot valve structure, it is extremely small in size.
Ideal for precise and immediate flow control of gas used in medical, analytical and other devices. It offers excellent reliability, design flexibility along with significant cost savings.
Solenoid valve for controlling the flow of a fluid supplied through the tube with its pinch. Takano pinch valve not only helps to control the flow but also offer various unique benefits.
Electromagnet generates strong magnetic field when current is applied. Takano electromagnets are designed with a unique feature that reduces undesired residual magnetic effects.
Torque controlling device with the technology utilizing hysteresis loss induced by the relative rotation between the magnetic hysteresis disk and multi-pole magnetic disk.