Reliable smart cabin domain drive modules, validated through multiple rounds of "Automotive-grade" testing, ensuring safe and comfortable journeys for vehicle occupants.
Kpower offers compact, efficient, and quiet drive-control solutions with rapid feature iteration, dedicated to building our ideal living space.
Kpower’s drive products feature compact size, precise control, and gear disengagement protection, meeting consumers' personalized demands.
Lightweight, responsive joint drive solutions can further advance robotics, speeding up the commercial deployment of various robots effectively.
Kpower’s drive products feature compact size, precise control, and gear disengagement protection, meeting consumers' personalized demands.
High-lifespan, high-torque brushless motors with built-in MCUs, ready for immediate use, responding to the refined and diversified trends of industrial upgrades.
Installed above the drive wheels of the robot vacuums, it helps lifts & lowers to maneuver over obstacles such as carpets. Leveraging a carbon-brushed DC motor and powder metallurgy gears, it achieves a torque of 7.5 kg·cm and 650k cycles.
The direct-drive In-wheel motor of the robotic vacuum cleaner with integrated drive and control, is 40% smaller in volume compared to traditional geared motors, supporting UART communication and fault management.
The Drive-Lift Integrated Module features a patented design that combines the drive wheel and obstacle-clearing mechanism. Its volume is reduced by 50% compared to traditional solutions, and it is easy to install.
The Front Scraper Servo Motor actuates the scraper to actively press down via a linkage mechanism, ensuring edge-to-edge cleaning with no blind spots. The scraper replaces traditional fabric rollers, eliminating problems of odor and bacterial breeding.
This drive is located on the side of robotic vacuums. It uses a compact planetary motor to drive a mechanism arm, extending the side brush for comprehensive, edge-to-edge cleaning.
The lift motor above the mop operates via a micro reduction motor driving a lead screw, enabling the mop to lift over carpets and actively press down to enhance cleaning efficiency.
It features an integrated drive-control design, supporting up to 3kg screen load and meeting 110° opening and closing requirements. It incorporates a built-in high-lifespan brushless motor and metal worm gearbox, achieving 30k opening and closing cycles.
The module adopts a lightweight design, built-in high-performance brushless motor, and CAN controller. It meets the load requirement of up to 2kg of center control screen and supports a 30°-range pitch movement in all directions (up, down, left, right).
It enables the screen and the front seats to operate in tandem through various working modes，including manual and collaborative command modes, facilitating synchronized adjustments to both the seat angle and screen tilt.
It adopts metal wire rod and damping backlash design, supports up to 6kg screen load and 600mm working stroke. It can realize 50,000 cycle life and meet the requirements of 3G vibration working conditions.
It adopts a dual-screw combined with a multi-link design to open the large canopy screen, making the rear passengers feel like a movie theater. The design of brushless gear motors supports up to 6kg and 35" large screen opening and closing.
It integrates various components such as high-lifespan brushless motors, planetary gearboxes, backlash damping, drive controllers, position sensors, etc., It supports up to 1.5kg loads and 135° of motion travel.
It adopts a micro stepper motor combined with a precision screw to allow the camera module to be raised and lowered, giving consumers no privacy leakage concerns, and its integrated design meets the needs of multiple car layout.
The Robot Joint Actuator features an integrated design with high-precision closed-loop drive control and dual magnetic encoders. It also includes overload protection along with waterproof and dustproof functions.
The micro planetary gear motor is specifically designed for bionic dexterous hand joints. It integrates a brushless hollow cup motor, metal planetary gear, and an encoder.
The brushless hub motor comes with an integrated encoder and controller, providing high precision and reliability. It supports expandable planetary gearboxes and is suitable for various intelligent service robots and warehouse robot load-moving chassis.
The servo is developed for all-degree-of-freedom dexterous hand joints, features a highly integrated design with a stall torque of up to 1.8 kg·cm. It meets the complex motion control requirements in robot structures with limited space.
The frameless torque motor is suitable for space-limited applications and supports both direct drive and operation with a planetary gearbox. It can be integrated into robotic joints, underwater drives, and industrial equipment.
This servo is specifically designed for warehouse systems, featuring a modular design compatible with various fork sizes. It includes an integrated MCU and supports multiple feedback types.
This innovative electric quick-change mechanism features multiple closed-loop feedbacks, including position, speed, and voltage.It uses a zero-backlash dual-metal worm gear, providing exceptionally high power density and a lifespan of 300,000 cycles.
This actuator is designed for applications such as industrial robotic arms and automated gripping devices. It features a force-controlled motor for torque and position closed-loop control.
This drive is used in electrically controlled scissors across various industries, featuring a brushless planetary gear motor. It supports position detection and meets data collection requirements.
This horizontal sprue cutter actuator is designed for multi-cavity injection molding, capable of trimming multiple sprue components simultaneously. It features a precision brushless planetary motor for accurate force control.
The high-performance frameworkless torque motor features a compact, frameless design, making it suitable for confined spaces. It includes built-in Hall sensors and is applicable in robotic joints, underwater drives, and industrial equipment.
The electric gripper actuator is designed for applications in industrial robotic arms and automated gripping equipment. It features an integrated force control motor for torque and position closed-loop feedback.
Designed for industrial applications requiring high torque, rapid response, and long lifespan, this brushless metal servo supports peak torque up to 200 kg·cm.
Contact Kpower's product specialist to recommend suitable motor or gearbox for your product.
