drive.tech | maxon's corporate blog about drive technology

Compensating fully for disability: this is the mission of Revival Bionics. Created in 2021 after 2 years of work, this start-up develops cutting-edge technologies in biomechatronics, in order to reproduce walking for people with amputated or paralyzed lower limbs.

With the use of the right motor, a miniature diaphragm vacuum pump keeps artificial legs in place—eliminating the need for straps and belts—making life simpler and less stressful for users.

The goal of one company is in the building of a single-person, remotely piloted electric aircraft with the goal of making air taxis affordable and eco-conscious.

A high precision motor and gearhead are used to control impeller speeds that help to maintain proper oxygen levels inside this highly versatile bioreactor.

It takes a high-tech vision system, machine learning technology and the right motors to produce this weeding robotics system for commercial vegetable cultivating.

54% of children with cerebral palsy can walk unaided, 16% require special devices to walk, and 30% are not able to walk at the age of five. To address this situation, a team of research professors at Junia has been working for several years on the European research project MOTION, to create an exoskeleton for children with cerebral palsy who cannot walk.

In 2018, maxon acquired British geared motor manufacturer Parvalux. Commercial director, Paul Bascombe talks about integration, challenges and a new confidence.

Find out how the DC motor data on a datasheet can help choose the right product for your application. Ronak Samani and Gaz Satkunathas, Technical Engineers at maxon UK & Ireland, explain the comprehensive information in a maxon datasheet.

Zurich-based startup MyoSwiss has developed a lightweight exoskeleton that works like an e-bike for the legs. It assists the wearer’s movements with electronic reinforcement.

Graduate students at the National Taiwan Normal University (NTNU) have developed an improved exoskeleton design using maxon brushless DC motors and motor controllers.

CubeRover, engineered by Astrobotic’s Planetary Mobility department, was designed to offer an affordable service used to carry and operate diverse scientific instruments and payloads on the surface of the moon.

In response to the COVID-19 pandemic, the Winnipeg Ventilator project had to make some critical choices in design and component selection, particularly for the motor used in the mechanical pump design.

Although, the winding arrangement does not play a pivotal role in one’s motor selection, it is valuable information to be aware of.