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
• 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 Full Slot Rate
• Great for Exoskeleton, Cobot
• Small size, Ultralight
• Low Cogging & Consumption
• For gimbal systems
• Large hollow shaft
• Compatible with AlexMos Gimbal Controller
• 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 Full Slot Rate
• 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 Joint & AGV Motor -KV60
• Highly integrated, driver to be choice
• MIT and Servo control mode
• Input & Output encoder
• Long life time
• Rated 10Nm
• Joint motor for Legged Robot, Exoskeleton & Arm
• AGV
ROBOCON, as a significant event in the field of robotics worldwide, has continuously nurtured technical talents for the global robotics industry. In a bid to further propel the development of robotics technology globally and foster the next generation of
The number of motors a robot can have depends on various factors, including the robot's design, purpose, and the resources available. There is no fixed limit on the number of motors a robot can have in general, as it varies widely based on the specific ap
Robots use various types of motors, depending on their specific applications and requirements. Some of the most common types of motors used in robots include:DC Motors,Stepper Motors,Servo Motors and so on
The exploration of humanoid robots has spanned nearly a century, from the rudimentary Herbert Televox by Westinghouse in 1927 to the advanced "Prime Mover" by Tesla today. This journey reflects humanity's fascination with the creator's identity and its ul