Hall A · Booth A415

Kpower Technology Co., Ltd.

Registered Chinese name东莞市伟创动力科技有限公司Kpower Technology Co., Ltd.

Dongguan Weichuang Power Technology Co., Ltd. (Victronics for short) was established in 2005 and is positioned as an integrated drive and control module manufacturer. It is a natio…

3kg micro robot force controlled clutch steering gear EM310kg robot force controlled clutch servo EM1025kg fan-shaped hollow shaft all-metal steering gear RS401Precision and dexterous hand micro steering gear

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COMPANY PROFILE

Company Profile

Dongguan Weichuang Power Technology Co., Ltd. (Victronics for short) was established in 2005 and is positioned as an integrated drive and control module manufacturer. It is a national high-tech enterprise focusing on the development and production of high-performance drive products such as servos, brushless motors and micro gearboxes. We have provided core drive component R&D and manufacturing services to 500+ corporate customers around the world, such as first-line well-known brands such as DJI, FAW-Hongqi, Huawei, and Stone Technology. The company is located in Hengli Town, Dongguan City, Guangdong Province. It has more than 400 employees and a self-built 47,000㎡ intelligent manufacturing workshop. The monthly production of transmission modules/motors exceeds 780,000. It has 160+ existing intellectual property rights and its products cover smart homes, consumer electronics, automotive electronics, robots, drones, industrial automation, scientific agriculture and other fields. For details, please visit our booth A415 or click on the official website kpower.com.cn to learn more.

MAIN PRODUCTS

Key Products

11 ITEMS

3kg micro robot force controlled clutch steering gear EM3

The force-controlled servo, specially developed for small consumer-grade smart desktop companion robots, adopts innovative tooth structure optimization and overload clutch disengagement protection design; built-in high-torque M10 core motor, the overall height is 9mm lower than the traditional 9g servo, but the output torque is increased by 30%; it uses TTL serial port bus communication to save 40% of wiring and supports independent ID control; at the same time, it integrates high-precision potentiometers to provide stable rudder locking effect and smooth motion path planning, helping to achieve ideal motion control of the robot.

10kg robot force controlled clutch servo EM10

The force-controlled servo specially developed for small consumer-grade smart desktop companion robots adopts cable trough routing optimization, main and auxiliary dual steering wheels, and nut-free installation. It has a built-in high-torque 1722 iron-core motor, achieving high torque output of up to 10kg·cm and up to 40r PM's maximum speed; uses TTL serial port bus communication to save 40% wiring and supports independent ID control; at the same time, it integrates a high-precision potentiometer to provide stable rudder locking effect and smooth motion path planning, helping to achieve ideal motion control of the robot.

25kg fan-shaped hollow shaft all-metal steering gear RS401

The hollow wire sector-shaped steering gear is customized and developed according to the application of robot joints and special equipment. It uses high-precision machined metal teeth and automotive-grade ADC12 die-cast housing, and the load noise is less than 45dB.

Precision and dexterous hand micro steering gear

A precision dual-axis micro-servo suitable for the design of full-degree-of-freedom bionic dexterous hand joints. It is a highly integrated design with a thickness of only 10mm and a locked-rotor torque of up to 1.8kg·cm. Meet the needs for complex motion control in structures with limited space for robots.

Quasi-direct drive robot joint 6010

The quasi-direct drive robot joint motor combines the advantages of direct drive and reduction drive. It adopts a low reduction ratio design to reduce mechanical losses while improving system efficiency. It takes into account high torque, low inertia and high dynamic performance. It is an ideal choice for precision motion control and human-computer interaction applications.

Human exoskeleton frameless motor RO7419

The frameless motor used in human exoskeletons adopts a highly integrated lightweight design with strong power. It has built-in high-precision closed-loop drive control and dual magnetic encoders, and supports overload protection, waterproof and dustproof.

Miniature dexterous hand planetary reduction motor PL1625

The miniature planetary reduction motor specially designed for bionic dexterous hand joints integrates brushless coreless motor, metal planetary reduction and encoder into one, and has the characteristics of high power density, high dynamic response, low temperature rise and other characteristics.

Multi-legged robot joint - EXT6006

The joint motor module suitable for multi-legged robots integrates high-torque motors, precision planetary reducers and high-resolution encoders, and optimizes the heat dissipation system, control algorithm and magnetic circuit design to provide stable torque output and precise and efficient control for the movement of robots and robot dogs.

Wheeled robot motor 5018

The wheel motors specially designed for robot dogs and bionic robots support precise closed-loop control and are suitable for achieving stable travel and flexible steering in a variety of complex road conditions. They have high response characteristics, high performance and durability, and help robot dogs achieve efficient motion performance in industrial inspections, scientific research and exploration and other fields.

Service robot hub motor 8320

The brushless hub motor specially designed for robot mobile platforms meets the needs of low-speed and high-torque scenarios through optimized winding and magnetic field optimization design.

Educational robot double-axis joint servo RDM2009

The double-output coreless cup servo specially developed for the joint movement of the two arms of educational robots uses high-smooth metal gears, and the virtual position is controlled within 1°. It integrates a coreless motor and a high-precision magnetic encoder to achieve high-response and high-precision closed-loop position feedback control.