Category Archives: Brushed

Motion Control – Electromate Introduces Advanced UAV and Drone Subsystems in Partnership with maxon

March 19, 2025   Motion Control in XYZ and Theta, Brush Type Motors, Brushed, Brushless, Brushless Motors, Controllers, Electromate, Gearboxes-Gearheads, Maxon, Miniature, Motion Control in XYZ and Theta - Applications, Motion Control in XYZ and Theta - Electrical, Motion Control in XYZ and Theta - Mechanical, Motion Control in XYZ and Theta - Suppliers/Manufacturers, Motors -, Servo

Motion Control – UAV and Drone Subsystems!

electromate - drone subsystems
motion control electromate robotics

Vaughan, Ontario, Canada — Motion Control – Electromate, a leading Canadian distributor of high-performance mechatronic solutions, is pleased to announce the availability of advanced UAV and drone subsystems through its partnership with maxon, a renowned Swiss manufacturer of precision drive systems.

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Motion Control – Maxon Adds Dynamism to Robotic Servo Motors

January 16, 2025   Motion Control in XYZ and Theta, Brush Type Motors, Brushed, Brushless, Brushless Motors, Controllers, Electromate, Encoders, Gearboxes-Gearheads, Maxon, Miniature, Miniature, Motion Control in XYZ and Theta - Applications, Motion Control in XYZ and Theta - Electrical, Motion Control in XYZ and Theta - Suppliers/Manufacturers, Motors -, PROFINET IRT, Servo, Shafts - Shafting, solenoids, Spindle Drive, Stepper, Tubular - Push Type

Motion Control – Motors and Gearheads

Motion – Advanced Compact Motors and Gearheads for High-Performance Robotics
motion control - robot motors
Motion Control - electromate robotics

Motion Control – Vaughan, Ontario, Canada -Electromate, Canada’s premier distributor of motion control solutions, is proud to announce the release of maxon’s EC Frameless DT50 Motor and ECX Flat Series DC Motors and Gearheads, designed to meet the demands of modern robotics and automation systems. The Motion Control EC and ECX Series motors and gearheads offer compact, efficient drive systems with exceptional torque and power density, making them ideal for applications requiring precise motion control.

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