Robot Joint Testing Equipment (MKWE-XN)

Industry Category
Robot Testing & Certification, Maintenance, Repair & Rental Services Robot Testing and Certification
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Product Description

The Robot Joint Motor Performance Test Bench is an energy-regenerative four-quadrant (or two-quadrant) servo dual-drive system, meticulously developed by Micowell’s internationally leading motor testing team. It is suitable for comprehensive characteristic testing of servo robot motors, brushless motors and various other motors and drives. Offering flexible application, accurate and stable testing, safe and convenient operation, as well as a wide testing range and powerful analysis functions, the system is widely used in motor R&D, inspection, quality certification, selection and other motor testing scenarios, including aviation, aerospace, military, civil sectors, universities, research institutes, robot servo systems and other fields.

Product Specifications

1. Mechanical Performance 2. Electrical Performance 3. Control Performance 4. Other Performance

Company Profile

Dongguan Maikeweil Automation Technology Co., Ltd.

Located in the Zhengrun Digital Park in Songshan Lake—an area renowned for its convenient transport links and beautiful surroundings—Dongguan Maikeweil Automation Technology Co., Ltd. is a solutions provider specialising in motor production equipment and intelligent motor testing equipment. The company integrates R&D, production, sales and service, and is dedicated to the research of high-precision torque sensors and motion control. Core products include motor load performance testing equipment, servo presses, torque and speed sensors, hysteresis brakes and hysteresis dynamometers. In the field of motor load performance testing equipment, the company is able to accurately simulate various operating conditions, providing reliable data for motor performance evaluation and helping motor R&D and manufacturing enterprises to enhance product quality and competitiveness. Its servo presses feature high-precision, highly stable pressure control capabilities and are widely used in precision assembly, forming and other processes, effectively improving production efficiency and product consistency. With their sensitive measurement capabilities, torque-speed sensors can accurately capture torque variations, providing critical support for numerous scenarios requiring torque monitoring and control. Hysteresis brakes and hysteresis dynamometers, utilising advanced technical principles, perform exceptionally well in the fields of torque control and power testing, providing a solid foundation for power transmission and control within industrial automation processes.
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