Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.
661～675 item / All 902 items
The motor's rotation speed is automatically adjusted according to the amount of sunlight! No batteries are needed.
A solar motor driver that automatically adjusts the motor's rotation speed according to solar radiation, applied to systems such as field pump irrigation, reservoirs, and greenhouse circulation.
Low-cost Easy Brushless DC Motor Driver Speed Control Available
The Venus brushless DC motor driver has been born. No program input is required at all. You can simply wire it up to run a brushless DC motor. We have ensured the minimum necessary features such as driver protection, motor protection, and major speed control methods, while eliminating unnecessary functions to achieve an ultra-low price. (Rated current: 25A, rated output up to 750W) The rated voltage is 18V to 52V. This brushless DC motor driver is compatible with sensor-equipped brushless DC motors. - You may find it hard to believe that such performance comes at this price. - Ultra-low price - Easy speed control with just one knob. Model number: MLD-075-S
![[Free Rental Available] Brushless Motor Driver MLD-012-S](https://image.mono.ipros.com/public/product/image/879/2000230016/IPROS76586339722880793931.jpeg?w=280&h=280)
Super simple and easy to use, super low price, [free rental currently available].
The Venus brushless DC motor driver has been born. No programming input is required at all. You can simply wire it up to run a brushless DC motor. It ensures the minimum necessary features such as driver protection, motor protection, and key speed control methods, while eliminating unnecessary functions to achieve an ultra-low price. (Rated current: 5A, rated output up to 150W) The rated voltage is 12V to 30V. This brushless DC motor driver is compatible with sensor-equipped brushless DC motors. - You might not believe the performance at this price. - Ultra-low price - Easy speed control with just one knob. Model number: MLD-012-S
![[Free Rental Available] Brushless Motor Driver MLD-075-S](https://image.mono.ipros.com/public/product/image/8e5/2000230019/IPROS30688691075734924929.jpeg?w=280&h=280)
Low-cost Easy Brushless DC Motor Driver Speed Control Available
【VENUS】 The Venus brushless DC motor driver has been born. No programming input is required at all. You can operate the brushless DC motor simply by wiring it up. Therefore, it is perfect for testing purposes! We have ensured the minimum necessary features such as driver protection functions, motor protection functions, and major speed control methods, while eliminating unnecessary features to achieve an ultra-low price. (Rated current: 25A, rated output up to 750W) Rated voltage is 18V~52V. This brushless DC motor driver is compatible with sensor-equipped brushless DC motors. - You may not believe the performance at this price. - Ultra-low price - Easy speed control with just one knob. Model number: MLD-075-S For more details, please refer to the catalog. Feel free to contact us with any inquiries.
A brushless DC motor driver with regenerative braking that conventional motor drivers could not handle. #RegenerativeBraking #RegenerativeBrake #FourQuadrants
Our newly developed regenerative brake-equipped brushless motor driver is a regenerative brake-equipped brushless DC motor driver (four-quadrant driver) that conventional motor drivers could not adequately support. By using a motor driver with regenerative braking, it is possible to utilize the motor as a brake (generator) when the motor exceeds the specified speed, applying regenerative braking to maintain rotation at the designated speed. It demonstrates its effectiveness in situations where the motor is influenced by external forces. These drivers are also referred to as four-quadrant drivers. Instead of decelerating with mechanical brakes like powder brakes, motion control can be easily achieved electrically. When the motor is rotating faster than the specified or set speed, it uses the motor as a generator to slow down that speed and apply the brake. Four-quadrant drivers are overwhelmingly cheaper compared to servo drivers. This product is recommended for those who do not need a servo but want a certain level of control.
We provide stepping motors at a low cost through OEM production. This is an ideal two-phase stepping motor driver for cost reduction. #LowPrice
The MR series has been newly designed to achieve low prices and high quality to meet customer needs. New features have also been added, making it an optimal driver that can be applied to various products in all fields. With an annual usage of about 1,000 units, it boasts overwhelming cost performance! 【Main Features】 - Adopts a new 32-bit ARM - Clock frequency: 2MHz - Automatic current down - Eight-step drive current switching function - Microstepping division, up to 25,600 divisions - Test run capability - Signal input voltage: 5 to 24V - PID parameters selectable via dip switch - Selectable between 1 pulse and 2 pulse input - Controllable in free mode - Compatible with stepping motors from 28mm to 42mm - Ideal for FA equipment field
We offer a stepping driver that boasts the best cost performance in the industry. It is a two-phase stepping driver that is ideal for cost reduction. #LowPrice
The MR series has been newly designed to achieve low cost and high quality to meet customer needs. New features have also been added, making it an optimal driver that can be applied to various products in all fields. With an estimated usage of about 1,000 units per year, it boasts overwhelming cost performance! 【Main Features】 - Adopts a new 32-bit ARM - Clock frequency: 2MHz - Automatic current down - Eight-step drive current switching function - Microstepping division with a maximum of 25,600 divisions - Test operation available - Signal input voltage: 5-24V - PID parameters can be selected with a dip switch - Option for 1 pulse and 2 pulse input - Control in free mode - Compatible with stepping motors of 57mm to 60mm - Ideal for FA equipment field
We provide a stepping driver for AC power supply. It is a two-phase stepping driver that is optimal for cost reduction. #Low price
The MR series has been newly designed to achieve low prices and high quality to meet customer needs. New features have also been added, making it an optimal driver that can be applied to various products in all fields. With an annual usage of about 1,000 units, it boasts overwhelming cost performance! 【Main Features】 - Adopts a new 32-bit ARM - Clock frequency: 2MHz - Automatic current down - Eight-step drive current switching function - Microstepping division, up to 25,600 divisions - Test run capability - Signal input voltage: 5-24V - PID parameter selection via dip switch - Selectable 1 pulse and 2 pulse input - Controllable in free mode - Compatible with stepping motors from 57mm to 86mm - Ideal for FA equipment field
Low-cost Easy Brushless DC Motor Driver Speed Control Available 【Free Rental Ongoing】
【VENUS】 The Venus brushless DC motor driver has been born. No programming input is required at all. You can simply wire it up to run a brushless DC motor. Therefore, it is perfect for testing purposes! It ensures the minimum necessary features such as driver protection, motor protection, and major speed control methods, while achieving an ultra-low price by eliminating unnecessary functions. (Rated current: 20A, rated output up to 750W) Rated voltage is 18V~52V. This brushless DC motor driver is compatible with sensor-equipped brushless DC motors. - You may not believe the performance at this price. - Ultra-low price - Easy speed control with just one knob. Model number: MLD-075-S For more details, please refer to the catalog. Feel free to contact us with any inquiries.
It is a driver with very high repeatability and stability in torque values due to the current control method.
Both right-hand and left-hand screws can be tightened and loosened. The controller can be connected to a computer via USB, allowing for the setting and confirmation of various parameters from the computer. - Torque conversion is possible with a button (7 types) - Normal rotation speed and tightening rotation speed can be set (e.g., Normal: 2,000rpm, Tightening: 700rpm, etc.) - Standard equipped with IO input and output terminals - Improved productivity through reduced setup time - Various customizations are possible Process 1: Set the rotation angle and perform screw tightening for the specified angle. Process 2: Perform torque tightening for the remaining few rotations at the recommended rotation speed. Benefits By separating the processes, Process 1 can be set to the maximum rotation speed [2,000rpm] and Process 2 to the [recommended rotation speed], allowing for stable torque tightening. The rotation angle can be set in 10-degree increments from 0 to 18,000 degrees, making it suitable for long screws. Example: M2 × Pitch 0.4 × Length 20mm → 20 / 0.4 × 360 = 18,000 degrees If the seating occurs before the set angle in Process 1, an error can be detected. By detecting the error, it is possible to prevent screw selection mistakes.
Display data on the monitor for each screw tightening operation. It can be used for manufacturing history management, statistical processing, and more!
Display data on the monitor for each screw tightening operation. It can be utilized for manufacturing history management, statistical processing, and more! The "Real-Time Monitor" function captures the "screw tightening data" and "screw tightening current waveform" sent by the "TN501" and "TN601" controllers in real-time to the PC for display. By saving all "screw tightening data" and "screw tightening current waveforms" obtained by the "Real-Time Monitor" as files, it can be used for manufacturing history management and total processing. <Features of the Controller> ● "Screw Tightening Evaluation" for prototype processes ● "Manufacturing History Management" (Traceability) for mass production screw tightening processes ● "Cause Investigation" when screw tightening defects occur For more details, please contact us or download the catalog.
![[Case Study] Solving the challenges of torque drivers! I want to detect screw float.](https://image.mono.ipros.com/public/product/image/c44/2000220533/IPROS74461950783903791697.jpeg?w=280&h=280)
Equipped with sensors in the driver tool, detecting screw float!
【Issue】 The detection of screw loosening relied on visual inspection. 【Solution Result】 With Teknat's torque driver, it was possible to monitor the screw tightening process and detect abnormalities. Additionally, models equipped with a screw loosening detection mechanism could identify screw loosening through sensors. 【Key Points】 ● Teknat's torque driver comes standard with a screw tightening monitoring function in its controller. ● Models equipped with a screw loosening detection mechanism are also available in the lineup. For more details, please contact us or download the catalog.
By simply setting the screw tightening torque value directly, you can achieve consistently stable, top-notch, and fastest screw tightening!
By simply setting the screw tightening torque value directly, you can achieve consistently stable, optimal, and fastest screw tightening! Regardless of the type of screws and workpieces, variations, friction, or differences in joint characteristics, you can always achieve stable, optimal, and fastest screw tightening. The combination of the MBL series handheld tool equipped with a long-life brushless DC servo motor and a high-resolution encoder not only promises high reliability and multifunctionality but also the potential for next-generation screw tightening control. 【Main Features】 ● Digital torque setting & stable repeatability accuracy ● High-speed screw tightening regardless of screws and workpieces ● 8 x preset memory ● Standard 14-pin photocoupler interface port for external control ● Standard RS-232C port for customization and monitoring For details on specifications, please contact us or download the catalog.
[Evaluation Board Available] Push-button with courtesy signal, 150mA linear LED driver
This is a single-channel LED driver with a programmable 150mA current source, push-button control, and a car-threshold signal input, integrating fade-in/fade-out lighting control. 【Application Examples】 Map lights, ceiling lights, door lights, and other automotive lighting. 【Specifications】 ■ Single-channel LED driver ■ No microcontroller required ■ Fade-in/Fade-out: 63 levels * Independent control via external resistor ■ Input voltage: 5V to 42V ■ Output current: Up to 150mA * Controlled by external resistor ■ Operating temperature range: -40 to +125℃ ■ Package: SOP-8-EP ■ AEC-Q100 compliant ＝＝＝ Free evaluation boards available! ＝＝＝ Limited to the first 30 companies, so please apply early if you are interested. (* We regret to inform that we cannot provide this to semiconductor manufacturers.) * For more details, please download the catalog or feel free to contact us.
Equipped with brightness adjustment function! Multi-channel LED driver for vehicle-mounted tail stop lamp.
The IS32LT3181 is an LED driver for automotive rear lights that supports an external option of a PMOS FET to stabilize the voltage of the LEDs and improves thermal power consumption characteristics. It features six programmable linear constant current sources, allowing the current of the six LED channels to be adjusted between 10mA and 75mA with just a single external resistor. With the built-in pulse width modulation (PWM) control, it allows selection between two brightness levels: the brightest stop state (PWM disabled) and a slightly brighter state for standard tail lighting (PWM enabled). 【Features】 - Simplifies automotive LED light systems and enhances reliability - Improves thermal power consumption characteristics - Equipped with thermal shutdown functionality - Protects from the worst thermal conditions - Controls the slew rate to minimize EMI noise *For more details, please refer to the PDF document or feel free to contact us.
