CubeMars provides advanced robotic power solutions with a diverse product lineup, including robotic actuators, frameless torque motors, gimbal motors, and underwater thrusters. Each motor is engineered for outstanding performance, reliability, and precise control, offering high torque density, low cogging torque, and flexible integration. Widely adopted in exoskeletons, humanoid robots, industrial automation, and medical devices, CubeMars also delivers expert customization to ensure efficient, stable operation for even the most demanding applications.
• Peak torque of 22Nm
• Smooth operation under high torque
• One-click intelligent parameter identification
• Seamless switching between servo and MIT dual modes
• Adaptive PID configuration
• Highly integrated robotic actuator
• Selectable force control and servo control modes
• Dual encoders (input and output) enable single-turn position memory on output shaft
• Simple drive logic and control architecture
• Ideal for exoskeleton joints, robotic arms, and AGV drivetrains
• Classic high-integration robotic actuator
• Designed for exoskeletons and quadruped robots
• UART/CAN communication interface
• No-load speed up to 800rpm
• Highly integrated all-in-one actuator
• Rated torque 48Nm / peak torque 120Nm
• High peak torque output for demanding dynamic tasks
• Dual control modes: force control and servo control
• High power output
• Potted internal-rotor motor
• Integrated Hall sensor and temperature sensor
• Excellent heat dissipation performance and high temperature resistance
• High structural stability, resistance to vibration and impact
• High slot fill factor, efficient and stable performance
• Lightweight and compact, easy to install1.
• Potting frameless inrunner motor
• Integrated Hall sensors and temperature sensors
• Superior heat dissipation and high-temperature resistance
• High structural stability with excellent vibration and shock resistance
• High slot fill ratio for efficient and stable performance
• Lightweight and compact for easy installation
• Potting frameless inrunner torque motor
• Integrated Hall sensors and temperature sensors
• Superior thermal performance with high-temperature resistance
• High structural stability, resistant to vibration and shock
• High slot fill ratio for efficient and stable performance
• Lightweight and compact for easy integration
• High torque density and powerful output
• Low cogging torque for smooth, silky operation
• Ultra-compact design to maximize space efficiency
• Optional Hall sensor integration
• High torque density and powerful output
• Low cogging torque for smooth, silky operation
• Ultra-compact design to maximize space efficiency
• Optional Hall sensor integration
• High torque density and powerful output
• Low cogging torque for smooth, silky operation
• Ultra-compact design to save valuable space
• Optional Hall sensor integration
• Ultra-low cogging torque
• Increased large hollow through-hole design
• High adaptability, switch the shaft for versatile usage
• Rated torque 4Nm
• Equipped with Hall and temperature sensors
• Mainly used in exoskeleton robots, collaborative robotic arms, as well as in medical and aerospace fields.
• Rated voltage 48V - KV115
• Ultra-low cogging torque
• Increased large hollow through-hole design
• High adaptability, switch the shaft for versatile usage
• Rated torque 0.8Nm
• Equipped with Hall and temperature sensors
• Mainly used in exoskeleton robots, collaborative robotic arms, as well as in medical and aerospace fields.
• 48V Exoskeleton Robot Motor with Hall Sensor-KV115
• Integrated with hall sensors, E-deg120±20°
• Special heat dissipation design
• Low cogging torque&rotor inertia
• Max torque 2.3Nm
• Reduced cogging torque by 30%
• Optimized electromagnetic design for high efficiency, low power consumption, and low noise
• Integrated drive board solution
• Central-hole drive board supporting both CAN and PWM protocols
• Supports three control modes: MIT, speed-position, and speed
• Hollow shaft design for easy internal wiring
•New generation hollow drive board
•Cogging torque reduced by 37.5%
•CAN and PWM communication
•MIT, Velocity-position, and Velocity mode
•One-click motor parameter recognition
• Compact size, lightweight, and high-speed operation
• Low cogging and low power consumption
• Suitable for gimbal systems
• 6mm center through-hole compatible with slip rings
• Encoder integration supported
• Compact size, lightweight, and high-speed operation
• Low cogging and low power consumption
• Suitable for gimbal systems
• 6mm center through-hole compatible with slip rings
• Encoder integration supported
• Low cogging torque, enables high-precision control when paired with an encoder
• Optimized electromagnetic design for high efficiency, low power consumption, and low noise
• Compact structure with small size and lightweight
• Hollow shaft design for easy internal cable routing
• Suitable for gimbal systems
• The unit price includes a standard package containing 2 ESCs and supports CW+CCW underwater thrusters.
• IP67 waterproof rating with a fully sealed structural design.
• Equipped with a self-developed startup and direction-switching algorithm for smooth, jerk-free operation.
• Intelligent monitoring of motor operating status significantly reduces the risk of equipment damage.
• The unit price includes a standard package containing 2 ESCs and supports CW+CCW underwater thrusters.
• IP67 waterproof rating with a fully sealed structural design.
• Equipped with a self-developed startup and direction-switching algorithm for smooth, jerk-free operation.
• Intelligent monitoring of motor operating status significantly reduces the risk of equipment damage.