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

Providing a High Level of Reliability and Swift Custom Service on One of the World’s Largest Container Carriers

A new study at the University of Bath is investigating how rapidly deploying spoiler-like devices, called mini-tabs, could help future eVTOL designs fly faster. Mini-tabs could aerodynamically counteract the damaging vibrations caused by whirl flutter - a catastrophic instability that occurs at high flight speeds. maxon has provided the motion solution to test the effectiveness of mini-tabs on a novel wind tunnel test rig.

Selecting a DC micromotor for use in applications from aerospace through to downhole drilling inspection, a 4pole motor has advantages. A 4pole design is stronger than a 2pole equivalent but can also fit within the same space and weight envelope. Greg Dutfield of maxon UK explains.

Branko Beric, Business Development Engineer, maxon international ag From surveying and preparing extraction fields to maximizing and optimizing the production of mature oil and gas wells, collecting big data and controlling the downhole processes has become an essential aspect of every oil and gas extraction project.

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.

How maxon helped Dublin City University engineer new technology for monitoring aquatic environments

Blueprint Lab designs and manufactures products that operate in the harsh environment of the ocean floor. Since time is a crucial factor in the design process, the engineers configure their motors and gears online.

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.

Robotic, analysis, and handling systems demand compact integration of a large number of energy-efficient compact drives, combined with highly dynamic controllers and a networked bus system.

Those familiar with the maxon catalog and technical specifications will have noticed that maximum ambient and winding temperatures are specified for our motors. Why is this?

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.

Samir Bouabdallah is an expert in drone technology and founder of an exciting startup. How will the drone market develop, in his opinion, and what is required of the motors in the flying robots?

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

This maxon webinar looks at the latest motor and drive technologies used in laboratory automation applications.

Why is growth in e-commerce intrinsically linked to growth in automation?