Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.
406～420 item / All 873 items
DC brush motor driven driver (with microcontroller)
This brush-equipped motor-driven driver allows for easy control of variable motor speed and forward/reverse rotation, and since it is equipped with a microcontroller, it can also be upgraded as a custom driver.
Miniaturization and energy saving of devices with mini drivers.
αSTEP AZ Series Mini Driver DC Power Input Reduced size compared to box-type drivers. It also supports battery operation, making it suitable for various applications such as DIY robots, AGVs/AMRs, and more.
High current piezo actuator driver
A large piezo actuator can be driven at high speed. A 10 µF piezo actuator can be driven up to 150 V in 10 µsec. The repetition frequency can be up to 400 Hz.
We have developed a voice coil type linear motor (VCM) suitable for positioning with a movement distance of several tens of millimeters for high-speed movement and ultra-precise positioning.
1. Since there is no accumulation in the normal deviation counter, the command pulse and encoder pulse (tracking) match, and there is no phase delay between the command pattern and the tracking pattern. (Phase-Locked Loop) 2. The correlation of the two-axis driver can be traced accurately. 3. It demonstrates responsiveness even for minute feed rates. 4. Since it does not perform sampling control, it has a very fast response. 5. With a maximum of 4 MPPS and high speed, it can accommodate high-resolution encoders. 6. There is no switching noise.
Low-cost, high-performance DC servo motor driver
[High Performance] Speed resolution 5000:1, current response under 200μs (resistive load) [Multifunctional] <Standard> Speed control, torque (current) control <Optional> Voltage control, position control, FV (encoder feedback), PLL control [Lightweight, Compact, Low Cost] Achieves cost reduction by using surface-mounted components directly on the circuit board without the cost disadvantage of HIC, and realizes lightweight and compact design by integrating the heat sink with the case [Single Power Supply] Wide input range of DC 16V to 110V or DC 20V to 150V, allowing optimal power supply input according to motor rated voltage. Battery operation is also possible. [Isolated Current Sensor] Uses a compact and high-performance current sensor with Hall elements, enabling stable current control without the influence of noise [Others] Built-in dynamic brake, overvoltage (regenerative) protection, overheating protection, output short-circuit protection, low voltage detection malfunction prevention, output current monitoring
High-speed response achievable with the adoption of current feedback control loop.
- The power control adopts a linear amplifier method. - There is no generation of switching noise. - It responds linearly even to minute feed. - The current control section has very fast response because it does not use sampling control.
A low-cost compact driver capable of controlling speed, torque (current), and positioning for a DC servo motor with an encoder.
[Low Cost] Achieved low cost by using CPLD in the control circuit. [Compact and Lightweight] Consists of a single printed circuit board. [High-Speed Response] High-speed response of over 10 kHz (resistive load). [High Precision Positioning] Can control an encoder with an output pulse of 5000 P/R. [Photo Isolation] All input interface sections are fully photo isolated.
A low-cost DC servo driver that has been made lightweight and compact through the integration of the heat dissipation fins and the case.
The "PMA Series" is a PWM amplifier DC servo driver that achieves low cost while pursuing servo performance. It boasts high performance with a speed resolution of 5000:1, and can operate on either AC or DC power due to its single power supply. Additionally, it has realized cost reduction by using direct surface mount components on the circuit board, avoiding the cost disadvantage of HIC. 【Features】 ■ High performance ■ Multifunctional ■ Lightweight, compact, and low-cost ■ Single power supply ■ Uses insulated current sensors *For more details, please refer to the catalog or feel free to contact us.
DC servo driver dedicated to a DC 24V battery power supply, capable of stable current control.
The "PMA-24V Series" is a low-cost PWM amplifier DC servo driver that supports only 24V power supply and current control. It boasts high performance with a current resolution of less than 1%, using a compact and high-performance current sensor with Hall elements. Additionally, by integrating the heat sink with the case, it achieves lightweight and compact design. 【Features】 ■ High performance ■ Multifunctional ■ Lightweight, compact, and low-cost ■ Single power supply ■ Uses insulated current sensor *For more details, please refer to the catalog or feel free to contact us.
A DC servo driver capable of very high-speed response without sampling control!
The "LPV Series" is a DC servo driver that can position ultra-precision voice coil linear motors at high speed. It adopts our unique control method (PLL circuit). Additionally, through linear amplifier-type power control, it achieves noiseless operation, high-speed response, and linear torque control. Moreover, it is a product that does not accumulate deviations in the normal deviation counter, ensuring there is no lag between the command pattern and the following pattern. 【Features】 ■ No lag in differences ■ Accurately traces the correlation between two-axis drivers ■ Immediate response to minute feed ■ High-speed response ■ Compatible with high-resolution encoders *For more details, please refer to the catalog or feel free to contact us.
A series of torque gauges for measuring small torques from 0.5 mN·m to 150 cN·m.
Handheld torque gauge for measuring small torques, with a three-jaw chuck at the tip. The scale on the side of the main body is equipped with a standard pointer.
Compliance with overseas safety standards (UL certification) / CE compliance
The MC-5M type 5-phase stepping motor driver is a compact driver with a DC24V input and a maximum drive current of 1.4A per phase. Due to its pentagon drive method, it is significantly smaller and lighter compared to conventional drivers. The target motors are 5-phase stepping motors from manufacturers like Tamagawa Seiki and Oriental Motor, with current ratings ranging from 0.5A per phase to 1.4A per phase. Switching between full step and half step modes, as well as selecting the pulse input method, can be easily configured using a switch. 【Main Features】 - Compact driver with a maximum drive current of 1.4A per phase - Single power supply of DC24-36V - Utilizes a photo-coupler input circuit - Built-in automatic current reduction function to suppress motor heating - Lightweight and compact, ideal for equipment integration - Two types of base plates are provided to allow for installation variations.
Adopts a low heat generation circuit to suppress driver heating! Compact driver with a maximum driving current of 2.8A per phase.
The MC-S5G type 5-phase stepping motor driver is a newly designed product in the S series (formerly known as the MC-5G type). Compared to conventional drivers, it has significantly lower heat generation, is compact, and lightweight. The target motors are 5-phase stepping motors from Tamagawa Seiki and Oriental Motor with a current range of 1.0A/phase to 2.8A/phase. Switching between full step and half step, as well as selecting the pulse input method, can be easily set with a switch. 【Main Features】 - Adopts a low heat generation circuit to suppress driver heat. - A compact driver with a maximum drive current of 2.8A/phase. - Single power supply of DC24V. - Utilizes a photcoupler input circuit. - Includes an automatic current down function to reduce motor heat generation. - Lightweight and compact, making it ideal for equipment integration.
It is a high-performance product that incorporates functions such as a self-test circuit and an automatic current down circuit.
The MC-S0528 type 5-phase stepping motor driver is a newly designed DC24 input 5-phase micro-stepping driver (formerly MC-0528G type) for the S series. Due to its micro-stepping method, it offers low vibration, low noise, and high resolution step driving compared to conventional basic step drivers. 【Main Features】 - A compact driver with a driving current of 2.8A per phase for micro-stepping. - Capable of up to 250 divisions (125,000 pulses per revolution) in micro-stepping. - Achieves 1 pulse/0.01 degrees at 72 divisions. - Remarkably low vibration even during full and half-step driving. - Utilizes a photo-coupler input circuit. - A high-functionality product that includes features such as a self-test function circuit and an automatic current down circuit. - Micro-stepping division settings and driving current settings can be done with a single touch. - Lightweight and compact, making it suitable for integration into devices that are sensitive to vibration.
It is a 5-phase stepping motor driver with an input of AC100V to 115V and a drive current of 0.35A/phase to 1.4A/phase.
【Main Features】 - Complies with CE and RoHS standards. - A 5-phase stepping motor driver with an input of AC 100V to 115V. - Capable of microstepping with a maximum of 250 divisions (125,000 pulses per revolution). - Achieves 1 pulse/0.01 degrees at 72 divisions. (MC-S5514T-3) - Remarkably low vibration even during full and half-step driving. (Except for MC-S5514T-3) - Suitable for a wide range of motors from 0.35A/phase to 1.4A/phase.
