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Robotic Resources

Tech Papers

Peripherals: Actuators

Keeping Muscles in Shape

POSTED: 07/02/2015

For paraplegic people, rehabilitation is frequently a long process; this is why methods and tech-nology that optimize these measures for the patient

Kenshiro: Strong Robot with 160 Muscles

POSTED: 07/02/2015

The tendon-controlled humanoid robot created by the University of Tokyo has more than 160 artificial muscles and is the result of many years of experience. Around 100 brushless maxon motors ensures that the only 1.58 m tall robot has humanlike

Over Rough and Smooth – Robots on a Mission to Explore

POSTED: 07/01/2015

Intelligent robot systems are increasingly being used in disaster control, rescue missions and salvage operations – wherever it is too dangerous for humans. Robots that can

Relaxed Golfing with Maxon Motors

POSTED: 06/30/2015

Golf is becoming increasingly popular and has become a common recreational sport. In the spring and summer millions of people around the world head to the greens to work on their handicap or to

Vacuum Compatible Maxon Motors for Extreme Conditions.

POSTED: 06/30/2015

maxon motor spent several months working alongside Instrument Design Technology (IDT) to customize a small, brushless

IKO Maintenance Free Linear Guides C-Lube Technology Keeps Linear Motion Components Lubricated — So You Don’t Have To

POSTED: 05/07/2015

Walk through any plant that uses linear motion systems, and you can often see maintenance workers, grease gun in hand, applying lubrication to linear guides. And why shouldn’t they? Under-lubricated guides can wear excessively, which leads to performance problems and premature failure. These labor-intensive lubrication practices, however, do not come cheap.

Cycle Times for Trackmotion Robotic Cells

POSTED: 05/04/2015

CYCLE TIMES FOR TRACKMOTION ROBOTIC CELLS Placing a robot on a track greatly expands its reach envelope, potentially allowing it to tend many more machines or to transfer

Design Guidelines for Pneumatic Grippers

by Design Guidelines for Pneumatic Grippers, Design Guidelines for Pneumatic Grippers

POSTED: 04/08/2015

When designing a robotic or automated assembly machine, applying a gripper correctly unit can make the difference in the reliability and productivity of the assembly machine system or robotic cell. Gripper calculations will vary depending on many factors such as, part acceleration, part weight, physical size, tooling length, tooling jaw

Robotic Snake-arm Flies into Tight Spaces

POSTED: 08/15/2014

A robot as agile as a snake can explore almost any hidden nook and cranny. Problems often occur in confined and hazardous spaces, and whilst these spaces are difficult for humans to work in, a

Model making: A dwarf-sized Caterpillar.

by Anja Schütz

POSTED: 03/04/2014

maxon drives also play an important role in model making – for example, many locomotives run their rounds powered by maxon motors. But even crazier things can be found in the world of model making: like the bright yellow Cat track

Robotic Rib Spreading Tool to help patients hurt less and heal faster.

by Deb Setters and Anja Schütz

POSTED: 03/04/2014

One advanced technology company is taking on the challenge of developing hand-held, robotic surgical instruments to help patients hurt less and heal faster. High torque maxon motors

Robotic Exoskeleton: For more quality of life

POSTED: 11/11/2013

Worldwide, an estimated 185 million people use a wheelchair daily. A company based in Auck-land (New Zealand) has developed innovative robotic technology that helps people with mobility impairment get back on their feet: the robotic exoskeleton from Rex Bionics. The integrated

Not a hair out of place, even at 100 miles.

POSTED: 09/06/2013

With the AIRCAP®, Mercedes-Benz offers for its E-Class Convertible an automatic draft stop that can be activated at the push of a button, thus greatly reducing turbulence in the interior. Actuated is the AIRCAP® by a maxon drive system. The

Firefighting Humanoid Robot

POSTED: 04/29/2013

With funding from the U.S. Navy Research Laboratory, Virginia Tech’s RoMeLa laboratory is designing and building their Shipboard Autonomous Fire Fighting Robot, or SAFFiR.   Agility, speed, strength, balance are all qualities needed to fight fires,


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