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CubeMars is a tech-focused company excelling in motor research, production, and sales. We pioneer the field of brushless DC motor and the technique of motion control, delivering cutting-edge robotic power systems for industrial automation and robotics.
CubeMars specializes in robot power systems. We've served 1000+ global robot companies and research institutions with customized solutions. Contact us for your needs!
Learn More Customized Services• Rated voltage 48V - KV55
• 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.
• Voltage:12V-48V
• Lower cogging torque for easy control
• High torque density and dynamics
• High precision control with 0.01°
• Frameless Inrunner Motor
• BLDC Motor
• Flexible Adaptation to Various Structural Designs
• Compact Size, Light Weight, Easy to Assemble
• High Fill Factor
• Great for Exoskeleton, Cobot
• Rated voltage 48V - KV105
• Ultra-low cogging torque
• Increased large hollow through-hole design
• High adaptability, switch the shaft for versatile usage
• Rated torque 1.3Nm
• Equipped with Hall and temperature sensors
• Mainly used in exoskeleton robots, collaborative robotic arms, as well as in medical and aerospace fields.
• Voltage:12V-48V
• Lower cogging torque for easy control
• High torque density and dynamics
• High precision control with 0.01°
• Frameless Inrunner Motor
• BLDC Motor
• Flexible Adaptation to Various Structural Designs
• Compact Size, Light Weight, Easy to Assemble
• High Fill Factor
• Great for Exoskeleton, Cobot
• 48V Exoskeleton Robot Motor with Hall Sensor-KV110
• Integrated with hall sensors, Edeg120±20°
• Special heat dissipation design
• Low cogging torque&rotor inertia
• Max torque 11Nm
• 48V Exoskeleton Robot Dynamic-KV100
• Large Torque
• Highly Integrated
• Applied to Exoskeleton, Quadruped Robotic Dog
• UART CAN Interface
In the realm of overhead line maintenance in Australia, a pioneering robot developed by Crest Robotics is transforming work practices.
At CubeMars, we are excited to be part of cutting-edge innovation in robotics!Last year, our AK70-10 BLDC motors were integral to the success of Nathan Weiss's groundbreaking bipedal robot project at Stellenbosch University, South Africa.
The StaccaToe robot, developed by the University of Massachusetts Amherst, is a single-legged robot designed to emulate human leg and toe movements.
Bipedal robots have garnered significant attention in current robotics technology due to their ability to navigate complex environments with agility. As technological advancements continue, researchers are dedicated to developing bipedal robots that can e