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maxon 08.10.2021
Additive manufacturing of #ceramic components speeds up the production of prototype parts and opens up new possibil… twitter.com/i/web/status/1…
maxon 09.09.2021
maxon hat heute am Hauptsitz in Obwalden das neue Produktionsgebäude TC IV eröffnet. Dieses steht am selben Ort , w… twitter.com/i/web/status/1…
Micro Story

Run, dino, run...

The Raptor walking robot, developed by researchers at the Korea Advanced Institute of Science and Technology (KAIST) can run at up to 46 km/h. He is therefore the fastest two-legged walking robot in the world. The robot design was based on the model of a velociraptor dinosaur. Raptor is just under 50 centimeters in height and weighs just 3 kilograms. He can balance him­self and jump over obstacles of up to 10 centimeters in height with ease. Each leg of the robot is driven by a brushless maxon motor. The drive systems consist of a high-performance EC-4pole 30, combined with a planetary gearhead GP 32 HP and an MR encoder. The controller consists of a maxon ESCON module 50/5. The robot was developed by Prof. SooHyun Kim, Prof. KyungSoo Kim, Prof. Daigil Lee, Dr. JongWon Park, Jinyi Lee and Jinwoo Lee.
Expert Blog
Expert Blog

Measures to cope with reversed energy

Expert Juergen Wagenbach on measures to cope with reversed energy. Part 2
Juergen Wagenbach
Juergen Wagenbach Motion Control Specialist
Expert Blog
Expert Blog

Reversed energy by motor operation?

Expert Juergen Wagenbach on measures to cope with reversed energy. Part 1
Juergen Wagenbach
Juergen Wagenbach Motion Control Specialist
Story
Story

The invisible door opener

Elevators travel up and down all day long. Who actually stops to think about the little motors that open and close the doors?
Expert Blog
Expert Blog

Develop a controller on your own?

Developing a controller for your application may seem like an easy thing to do and a cost effective option. But is it?
Juergen Wagenbach
Juergen Wagenbach Motion Control Specialist
Story
Story

This arm lends a strong hand

A collaborative robot takes care of the heavy lifting.
Guest Blog
Guest Blog

CAN: What is it and Why use it?

CAN offers a number of key benefits to engineers designing for limited spaces.
Young Engineers Program
Young Engineers Program

Omnidirectional robot for the Eurobot Contest

A team at ISAE-SUPAERO, the French graduate school for aerospace engineering, is developing a robot with three omnidirectional wheels to compete for the Eurobot Contest 2017.
Guest Blog
Guest Blog

Why the industry needs new positioning controllers

Biren Patel, motion control engineering manager at maxon motor, talks about the company’s new EPOS4 next-generation positioning controllers.
Story
Story

Back on her own two feet

Paraplegics can learn to walk again through intensive training. To achieve this, they need strong will, time, and modern robotic mobilization equipment.
Competition of the bionic athletes
Story

Competition of the bionic athletes

At the first Cybathlon games, teams from all over the world showed how advanced prosthetics and assistive technology has become.
Story
Story

Brave new underwater world

Inside the Robotics Innovation Center in Bremen.
Guest Blog
Guest Blog

1-Q vs. 4-Q controllers

Often times, customers will come to us asking for guidance on what type of controller they need for their application, and one of the many factors things to consider when recommending a controller would be whether it is a 1Q or a 4Q controller.
Maxon Inside
Maxon Inside

Putting motors to the test

maxon motor has an in-house development laboratory where motors and gearheads are subjected to harsh testing.
Maxon Inside
Maxon Inside

The right controller for your motor

"Precise control engineering is the prerequisite for robotics and automation", says Daniel Hug, Product Manager for Electronics and Systems Technology.