Category Archives: Applications

Motion Control – Maxon’s UAV propulsion system is Safe, Efficient and Ready for Take-off!

Motion Control – UAV Propulsion System!

Maxon BLDC motors were specifically designed for extreme durability and maximum reliability in professional UAVs.

motion control - - uav propulsion system


motion control - maxon motors

 

 

Taunton, MA — Motion Control Products – maxon actively supports UAV manufacturers with their ambitious designs, up to certification. Our UAV product portfolio offers matched combinations of motors, ESCs and propellers, for optimized propulsion systems providing maximum efficiency and reliability. Hence, operational safety and flight time are maximized, and costs of ownership dramatically cut down

motion control - EC69 specifications

Motion Control Application Story – LM76’s JET Rail Linear Bearings and Engineering Exceed the Challenge!

Motion Control – JetRail Linear Bearings Application

Motion Control – Because LM76 understands workplace environments, manufacturing processes, and offers a complete line of linear bearing systems, LM76 was able to solve a problem and eliminate downtime!
motion control - linear bearings
motion control - linear motion products

 

 

E. Longmeadow, MA –  Motion Control — When profile rail guides fail within a week bring production to a standstill LM76 was called on to supply a linear bearing system that would stand up under extreme conditions. This application story is not claiming that LM76 Jet Rail Systems are superior to profile rail guide systems. However, in this harsh environment the LM76 Jet Rail System proved to be the correct engineering option.

Motion Control – Maxon Is Providing Its e-bike Platform and Joining the Thömus Cross-country Team!

Motion Control – Maxon Application!

motion control - maxon application

Motion control – In 2022, Olympic silver medalist Mathias Flückiger rides for the Thömus-maxon cross-country racing team.


motion control - maxon motor

 

Taunton, MA — Motion Control – Swiss bicycle manufacturer Thömus and drive specialist maxon are entering into a partnership in cross-country cycling. As part of this cooperation, maxon is providing its e-bike platform to Thömus as the basis for an electric mountain bike for World Cup training. They also plan to make this bike available to the retail trade in the future.

Motion Control – The Mars helicopter made history – with maxon’s precision motors!

Motion Control – Mars helicopter has maxon’s motors!

Space fans are thrilled: NASA’s Ingenuity helicopter has successfully completed its pioneering flight on Mars. This is the first time in the history of powered, unmanned spaceflight that a device has flown in a controlled manner on another planet.

motion control - mars helicopter


motion control - maxonTaunton, MA — Motion Control Products – A short flight for “Ingenuity,” but a big success for unmanned space flight. NASA’s Mars helicopter flew over the surface of the Red Planet for about 40 seconds on Monday, April 19th and landed back on four legs. From NASA’s perspective, this is a historic event similar to the Wright brothers’ first controlled flight in 1903.

With the Mars helicopter, the concept of powered, unmanned, and autonomous flights on foreign planets is being tested. This is comparable to the first Mars rover “Sojourner”, which paved the way for scientific follow-up missions such as “Curiosity” and currently “Perseverance”. “Ingenuity” is about to complete several flights over a period of 30 days, each lasting up to 90 seconds and reaching a maximum altitude of five meters.

Motion Control – Pegasus Linear Bearings – For the Time A Linear Bearing Simply Cannot Fail!

Motion Control – Hybrid Ceramic Ball Linear Bearings

For those times when a Linear Bearing “CANNOT” Fail!

motion control - linear bearings


motion control - linear motion products

 

 

E. Longmeadow, MA –Motion Control – LM76 has developed the most corrosion resistant linear bearing available. In space, deep under the sea, or in the harshest environments, when there can be no “Plan B,” Pegasus Series 1 Linear Ball Bearings can be counted on to perform. In some applications linear bearings will not move for days, weeks, months or even years, however, when called on to perform they must work as if they just came out of the box. LM76’s Pegasus Series 1 Linear Bearings feature Silicon Nitride (SiNi) Ceramic Balls in a shell with retainer and end caps all made from 440 Stainless Steel and then ArmorloyTM coated.

Motion Control – maxon launches light and invisible e-bike system!

Motion Control – Light and Lnvisible e-bike system!

First, maxon’s drives flew on Mars in the NASA helicopter – now they’re letting bike riders lift off.

motion control - invisible electric bike system


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Taunton, MA — Motion Control Products – After several years of development, the company presents the BIKEDRIVE Air – a light and invisible e-bike system consisting of a mid-mounted motor, integrated battery, and control element. It can be used to build extremely lightweight racing, gravel, urban, and mountain bikes. The first bicycles made by maxon customers will be introduced to the market this year.

Motion Control Application – Implantable medication delivery systems: Where every microliter counts!

Motion Control – Miniature Motor Application

Implantable medication delivery systems can have a decisive influence on the quality of life of the patients. In many cases, such delivery systems are vital for the survival of the patients – the systems have to be absolutely reliable. maxon motor manufactures high-precision micro drives for medication delivery systems.
motion control application - implantable pump


motion control - maxonFall River, MA — Motion Control Components Application – Patients that suffer from chronic pain, metabolic disorders, diseases of the central nervous system and tumor diseases require accurately dosed medication. Here implantable medication delivery systems are used. Through the localized medication delivery, the dosage can be reduced to the required minimum. These infusion systems thus improve the quality of life of the patients. For many patients, it is only the medication delivery system that allows them to have a life outside of the clinic.

Motion Control – Maxon and Fourier Intelligence join forces to transform rehabilitation technology!

Motion Control – Transforming Rehabilitation Technology!

maxon Group and Fourier Intelligence announce that they are entering into a global strategic partnership. maxon’s precision drive systems and the start-up Fourier’s Intelligence’s rehabilitation robotics are a perfect match and are expected to drive the development of new technologies for patients.

maxon - motor technology


motion control - maxon motorTaunton, MA — Motion Control Products – Technology plays an increasingly important role in rehabilitation services and healthcare. Therefore, clinicians, engineers and companies recognize that they need to accelerate the development of technological solutions to best meet the needs of patients. This is the main goal of the partnership between drive specialist maxon and start-up Fourier Intelligence, which specializes in exoskeletons and robotic rehabilitation.

Automation Motion Control – Application – Driver assist systems can help save lives by alerting driver of potential danger!

Automation Motion Control Products – Driver Assist System  

 Application – Driver assist systems can help save lives by alerting driver of potential danger!

 

 


motion control - maxon motorMaxon A-max 16 brushed DC motor – This drive with a diameter of 16 millimeters (precious metal brushes, 2 Watt) was developed for use with an eccentric weight and a specified bearing.
automation motion control - brushed motors

Fall River, MA — Automation Motion Control – Application – Driver assist systems can help save lives by alerting driver of potential danger!The majority of traffic accidents are caused by human error. In the future, computer-controlled cars will significantly reduce the number of such accidents. Driver assist systems, such as adaptive cruise control (ACC), brake assist systems, or lane departure warning systems (LDW), can save lives. Lane departure warning systems warn the driver if the vehicle is drifting out of its lane. The LDW determines the vehicle’s position in the lane with the use of various optical sensor systems and computers. If the car is in danger of drifting out of the lane, the system activates an electric motor in the steering wheel that causes the wheel to vibrate, warning the driver.

A luxury car manufacturer has engaged maxon to supply the motors for this application. The base DC brushed motor is maxon’s A-max 16 (precious metal brushes, 2 W), modified for the application with an eccentric weight and a specified bearing. In order to prevent the other vehicle systems from being affected by the electromagnetic fields of the motor, it has been equipped with special EMI suppression for automotive applications. The small drive system must meet specific requirements: It needs to be low-noise, dynamic, feature high power density, and fit in a narrow space – requirements that maxon’s small A-max 16 easily masters..

Contact maxon for more details info@maxonmotorusa.com

Comprehensive documentation and software are included with every delivery, and are also available for you to download from our website at www.maxonmotor.com.

motion control - handbook


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Motion Control – How Would You Position Components Of An Experimental Reactor Vessel Weighing 33 Tons?

Motion Control – Application


Easily …   … Using Custom made LM76 Jet Rail Bearings and Shafting!
When a privately funded research company was ready to move from their original Proof of Concept to a sustainable fusion reactor to produce clean sustainable energy, they realized that extremely heavy components would need to be assembled and disassembled and reassembled again for design modifications and maintenance. The completed assembly would be the length of two buses and easy alignment of the individual components would be critical.

Motion Control Application – Twenty-twenty Vision – Maxon Components Allow Surgeon to Not only See But to Feel!

Motion Control – Application

While robotic assistance systems are available for most types of surgery today, eye surgery used to be an exception. A Dutch company has changed that. A world first in eye surgery.

motion control component used in eye surgery

© 2016 Preceyes

Fall River, MA — Motion Control Components Application – Worldwide, about 50 to 70 million people are suffering from visual impairment due to disorders of the retina. Adequate treatment is still impossible in many cases.

motion control - maxon motor

Eye operations are always a big challenge for a surgeon, and steady hands are a key requirement. Surgeries like those for treating a detached retina require extreme precision. And when it comes to precision, human hands can’t hold a candle to robotic systems.

Motion Control Application – Maxon Drives Power – Hull Cleaning Robot for Large Ships!

Motion Control – Application – Underwater Robot
Motion Control Application – Specially designed robotic crawler navigates around the underwater portion of a ship to remove the biofilm layers that accumulate there. As a battery operated, autonomous vehicle, component selection made up a highly critical part of the design and manufacture.
motion control - maxon motor

 

motion control application

The HullBUG provides grooming of the biofilm that collects on the underwater portion of ships.

The HullBUG provides grooming of the biofilm that collects on the underwater portion of ships. © 2011 SeaRobotics

Fall River, MA — Motion Control Components Application – Toxic paint is used on the bottoms of large ships to prevent fouling, which is when a biofilm layer develops, decreasing the ship’s efficiency in moving through the water.

The Engineering Edge – Application – Trunnion Grinding Slide for Oil Field

 

We are shipping another slide today for the oil patch. When Weir Oil and Gas called with a slide application that required special engineering, LM76 was all ears – as it was right up our alley. This slide is a Trunnion Grinding Slide which has a 56HP motor running at 3500 RPM mounted to the Y Axis – with a 12″ grinding wheel attached. The X Axis (52″ Stroke) runs on 440C stainless linear ball bearings that have special beryllium copper scraper seal cartridges while the Y Axis (4″ Stroke) employs profile rail guides with double scraper seal kits. Our customer did not want protective bellows so we had to ensure grinding debris would not cause bearing or screw/nut failures. On both axis, we employed our proprietary “Polymatrix, Double Preloaded Nuts” as opposed to recirculating ball nuts. Why LM76? Good question…we were the only company that got back to them with a thoughtful solution.

About LM76 and “The Engineering Edge”

Founded in 1976, LM76 has been a leading designer/manufacturer of linear bearings, slides and linear motion systems. LM76 is renowned for its industry leading Minuteman PTFE Composite linear bearings. LM76 is a leading supplier of precision linear shafting: RC60, 300 Series Stainless Steel, and ceramic-coated aluminum shafting. LM76 also offers several FDA/USDA compliant linear bearings and slides for the food processing, pharmaceutical, medical, and packaging industries.

When others think catalog …   … LM76 thinks solution!

For additional information contact Mike Quinn at: LM76, 140 Industrial Dr., E. Longmeadow, MA 01028; Telephone: 413-525-4166, Fax: 413-525-3735 or E-Mail: mquinn@lm76.com or visit the website at http://www.lm76.com

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Motion Control Application- Maxon Is A Part of NASA’s InSight Mission!

Motion Control – Maxon went to Mars
Swiss motor ventures deep under the surface of Mars.

 


motion control - maxon motorFall River, MA — Motion Control Components Application – The InSight probe landed on Mars to shed new light on the formation of rocky planets. The mission entails driving a measuring probe five meters deep into the Martian ground. maxon engineers pulled out all the stops to make their motor fit for the job.

Motion Control Application – Please smile with maxon motors!

Motion Control – Application DSLR Cameras

Digital SLR cameras can deliver extremely sharp photos – regardless of whether the photographer is a professional or a hobbyist. Not only does the skill of the photographer, but also the technology inside the camera play a key role. maxon drive systems help to create lightning-fast images.

motion control - maxon application

Fall River, MA — Motion Control Components Application – A maxon A-max 12 with precious metal brushes is installed in the central shutter of the S lens. The maxon A max program stands for high-quality DC motors with an optimal price/performance ratio.

With its Leica S system, camera manufacturer Leica offers a unique

motion control - maxon motor

combination of performance features for digital photography. It combines the image quality of a medium-format camera with the handling, speed and flexibility of a small-format camera.

Motion Control Application – Intelligent robot systems are increasingly being used in disaster control, rescue missions and salvage operations!

After the severe earthquake in Japan and the subsequent nuclear disaster in Fukushima, Quince managed to reach the upper floors of the ruins of the power plant. There it measured the radioactivity levels and sent HD images to the world outside.

Wherever it is too dangerous for humans. Robots that can look for survivors after an explosion, an earthquake or other natural disasters, providing humans with a view of inaccessible areas. Powerful EC motors from maxon motor give the Japanese rescue robot “Quince” its drive.motion control application robot Quince

 

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Fall River, MA — Motion Control Components Application – Robots that are used in disaster areas have to have a very high level of adaptability. They have to be fairly small, not too heavy and maneuverable enough to get through cracks or narrow spaces to reach areas deep inside a building. Furthermore rough terrain should present no problem. These rescue robots enter and explore buildings to determine if there are gases, radiation or other life-threatening hazards, before human rescue teams can search the area. Quince has proven that it fulfills all these demands. After the severe earthquake in Japan and the subsequent nuclear disaster in Fukushima, Quince managed to reach the upper floors of the ruins of the power plant in June 2011. There it measured the radioactivity levels and sent HD images to the world outside (To see video – CLICK HERE). The robot was able to supply valuable information from areas where no human can set foot.motion control robot goes down stairs

Quince weighs 27 kg and is equipped with four moving caterpillar drives (flippers). These flippers automatically adapt their angular position to the surface underneath – regardless of whether the robot is climbing steep stairs or crossing rough terrain. Correct ground contact is a very important prerequisite. This contact is accurately analyzed by measuring the power consumption of the flipper motors. Furthermore PSD (Position-Sensitive Device) sensors on the front and rear flippers measure the distance to the ground. In addition to a gripper arm (see fig. 2), two laser scanners can also be attached to the robot. These scanners are capable of accurately capturing the structure of the terrain.motion control robot navigates rough terrain

Additionally Quince is equipped with a “bird’s eye camera” and can travel quite fast, at 1.6 meters per second. The operator that controls the robot has to tell it which direction to take, but the robot itself determines the optimal flipper positions for crossing various surfaces, for example stairs. Newer Quince motors have additionally been equipped with a device for collecting radio-active dust or ultra-fine particles, as well as a 3D scanner. To ensure that no robot is lost, a connection to a wireless network is possible, which is the only way to navigate the robot if the connection cable breaks.

The rescue robot was developed by Eiji Koyanagi, Vice-Director of the Chiba Institute of Technology Future Robotics Technology Center (fuRO). Koyanagi started his career as a teacher – at the age of 51, he became a professor. This means that he has a completely different background than other researchers in the field of robotics. Quince has been specially designed for extreme conditions in environments where it would be too dangerous for humans. Therefore its main area of application is disaster areas. “When you develop a robot, you first have to consider the tasks that it will perform later. That is the biggest challenge,” explains Koyanagi. Hitherto eight Quince robots have been built. But before this could be done, all components had to be 100% functional. To this end, various trials were run in the large “Disaster City” training area in College Station, Texas. Quince was the only robot that successfully completed the entire obstacle course at the site as part of a RoboCup contest. In preparation for using the robot inside the Fukushima Daiichi nuclear power plant, several specific customizations were required. “The conditions in the nuclear reactor buildings are very tough. If we had attempted to send Quince in without modifications, it would probably have met its end,” says Koyanagi. Therefore the robot had to be able to survive a fall from approx. 2 m high unscathed, and had to be largely maintenance-free.

Powerful motors to beat every obstacle

Motion Control -Maxon Motors used in robot Quince

Where the motor selection was concerned, fuRO required absolutely reliable drives. The motors have to provide high power and high efficiency, yet be small and light. These requirements were precisely met by maxon motors, explains Koyanagi. Six powerful maxon motors drive the robot. The brushless EC-4pole 30 direct current motors each provide 200 W; two of these have been installed in the two main chains. The powerful 4-pole units give their all when Quince maneuvers its way across uneven terrain. Four additional motors (EC22) drive the moving chain drives (flippers). These can automatically adapt their angular position to the surface below. The 3D scanner unit of Quince is moved to the right position by an RE-max 24. Thanks to the special winding technology and the 4-pole magnets, the maxon EC-4pole drives are unbeatable when it comes to delivering the highest driving power per unit of volume and weight. The motors have no cogging torque, high efficiency, and excellent control dynamics. The metal housing additionally ensures good heat dissipation and mechanical stability. All motors of the chain drives have been combined with the GP32HP (High Power) planetary gearhead with MR encoder. This gearhead was customized by installing a large ball bearing and a reinforced motor shaft. With this power pack, Quince has no trouble managing almost any obstacle.

Contact maxon for more details info@maxonmotorusa.com

Comprehensive documentation and software are included with every delivery, and are also available for you to download from our website at www.maxonmotor.com.

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Motion Control – Application – Maxon Motor’s Exoskeleton Joint Actuator!

Motion Control – Application – Reliable, Powerful, Efficient Actuators

 motion control application - Exoskeleton Drive

 

Motion Control - Maxon Logo

Fall River, MA — Motion Control – Components – Motion Control Application – Application – Maxon Motor developed an exoskeleton drive for use in robotic limbs. This complete joint actuation unit consists of a pancake brushless DC motor with inertia optimized rotor. Also included is an internal high resolution encoder, planetary gearhead with absolute encoder and a position controller with CAN and RS232 interface. Fitting absolute encoder directly at the joint rotation provides designers increased positioning accuracy.

The motion control miniature actuator unit delivers 54Nm of continuous torque and 120Nm on a 20% duty cycle and may be operated on supplies between 10 and 50V DC and the actuation speed is up to 22rpm. Other key features include: compact housing, integrated controller and reduced weight and cost. The ideal choice for use in Hip and Knee Exoskeletons.

Contact maxon for more details info@maxonmotorusa.com

Comprehensive documentation and software are included with every delivery, and are also available for you to download from our website at www.maxonmotor.com.

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Motion Control Application- Maxon Motor’s Exoskeleton Joint Actuator!

Motion Control Application – Reliable, Powerful, Efficient

 motion control application - Exoskeleton Drive

 

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Fall River, MA — Motion Control Components Application – Maxon Motor developed an exoskeleton drive for use in robotic limbs. This complete joint actuation unit consists of a pancake brushless DC motor with inertia optimized rotor. Also included is an internal high resolution encoder, planetary gearhead with absolute encoder and a position controller with CAN and RS232 interface. Fitting absolute encoder directly at the joint rotation provides designers increased positioning accuracy.

The unit delivers 54Nm of continuous torque and 120Nm on a 20% duty cycle and may be operated on supplies between 10 and 50V DC and the actuation speed is up to 22rpm. Other key features include: compact housing, integrated controller and reduced weight and cost. The ideal choice for use in Hip and Knee Exoskeletons.

Contact maxon for more details info@maxonmotorusa.com

Comprehensive documentation and software are included with every delivery, and are also available for you to download from our website at www.maxonmotor.com.

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Motion Control Application- Intra-aortic pump powered by miniature brushless DC motors provides heart failure patients an aid to help hearts rest and heal!

The Maxon EC 6 motor brushless DC motor is the second smallest drive in the maxon family.

Maxon motion control application - Inter-aortic heart Pump

 

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Fall River, MA — Motion Control Components Application – Chronic heart failure patients draw hope from a new technology. A team of life science entrepreneurs in Houston, Texas has developed the first catheter-deployed circulatory assist device intended for long-term use. Procyrion, Inc.’s Aortix™ provides a minimally invasive treatment option for the more than two million chronic heart failure patients in the USA alone who are too sick for medication. This pre-clinical cardiologist tool dramatically reduces risks associated with circulatory support devices and enables treatment of younger, healthier patients before progressive damage occurs

Assisting the natural function of the heart, the intra-aortic pump has been thoughtfully designed as an alternative to large, cumbersome surgical devices currently providing full circulatory support. Unlike these devices, Aortix provides minimal procedural risk. Measuring approximately 6 mm in diameter and 6.5 cm long, a cardiologist can deliver Aortix via a catheter in the femoral artery to the descending thoracic aorta. Once the catheter sheath is retracted, the self-expanding nickel-titanium anchors deploy to affix the pump to the aortic wall.

Aortix accelerates a portion of the body’s native blood flow within the pump and pushes it through fluid entrainment ports directed downstream. The jets entrain native aortic flow, transferring energy to the cardiovascular system and increasing blood flow to vital organs such as the kidneys. Additionally, in a model of chronic heart failure, Aortix decreased energy consumption of the heart by 39 percent, allowing the heart to operate more efficiently, encouraging cardiac rehabilitation and recovery.

Maxon motion control application - Inter-aortic heart Pump

Procyrion has been working with maxon for almost two years to develop a motor for this unique and demanding application. The basis for the Aortix device is a maxon EC6 motor with some customization including the electrical lead, shaft length, and bearing assemblies – all designed to make the pump durable and biocompatible. maxon also designed a high efficiency motor core for this application, which extends battery life and produces less heat so it doesn’t adversely affect the circulating blood. In addition, maxon is working closely with Procyrion to implement a magnetic torque drive, so the motor could be mounted inside a hermetically sealed chamber. This configuration eliminates the possibility of blood entering the motor core. The magnetically coupled pump arrangement is a method sometimes used for giant pumps in the oil field, but because of maxon’s breadth of experience across multiple industries, the company was able to help the Procyrion team successfully transfer this technology to a miniature scale medical application.

Each Aortix device consists of a small, continuous flow pump mounted within a self-expanding anchoring system. The anchored pump attaches to a flexible power lead, which can be tunneled to a desired transdermal exit site or to a Transcutaneous Energy Transfer (TET) system for subcutaneous implantation without an indwelling power lead.

Maxon motion control application - Inter-aortic heart Pump

Presently, the device can operate for over eight hours on a single battery pack. The external battery pack and control unit have been designed to be “hot swappable”, meaning the battery can be changed without needing to stop the device. A variety of charging devices can be used.

“Aortix reduces the heart’s energy consumption by 39 percent.”

The Procyrion team has also built a TET charging system that enables the battery to be charged wirelessly. This design has the potential to significantly reduce the risk of infection, common with other implantable heart pumps.

Maxon motion control application - Inter-aortic heart Pump

Because traditional assist devices replace heart function rather than support it, device failure can be fatal. With Aortix, a partial support device which doesn’t obstruct native blood flow, failure is not life threatening. Should the pump fail, the device can easily be retrieved and replaced in another minimally invasive, catheter-based procedure.

Comprehensive documentation and software are included with every delivery, and are also available for you to download from our website at www.maxonmotor.com.

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Motion Control Application- Maxon Drives Help People Walk Again!

At the first Cybathlon in Zürich, researchers are presenting the world’s best exoskeletons – devices that enable paraplegics to walk again. Motors from Switzerland play a central part in this development.

Maxon motion control application - Helping People Walk Again

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Fall River, MA — Motion Control Components Application – On October 8th 2016, people with paraplegia are going on a footrace at the Cybathlon in Zürich. Aided by exoskeletons, they will compete against each other on an obstacle course to show the public how far advanced technology has come in this area.

Switzerland, is playing a central role in this process. Many of the exoskeletons are fitted with components from the canton of Obwalden – components without which there wouldn’t be a lot of movement to be observed.

From the planet Mars to an exoskeleton

Robotic suits have to be both powerful and lightweight. Too much weight would cause the battery to drain in no time. This presents a big challenge to developers. Most of the motors that are strong enough to power an exoskeleton are large and heavy. This is why engineers are turning to the Swiss company that already developed the drives for NASA’s Mars rovers: maxon motor. maxon drives are powerful, lightweight, and energy-efficient, meaning that they can conserve battery power, and be very durable.

“We spent decades perfecting our motors”, says maxon CEO Eugen Elmiger. A lot of money has gone into research and development. It was worth it: These days, the motors from Switzerland can be found everywhere, in robots, airplanes, cars, and medical devices.

Knowledge yields an advantage in the market

Providing competent technical support for customers is just as important as delivering high-quality products. Small businesses and start-ups often approach maxon with specific drive technology problems that they lack the expert knowledge to solve by themselves. maxon motor, in turn is able to help with its extensive experience in the field, a strength that lets the company stand out from the international competition. “Our knowledge and the ability to give expert advice are a great advantage in the market,” says Elmiger. The Cybathlon is a good example: In the field of exoskeletons, the Swiss company has a pretty clear idea about what’s important besides choosing the right motor. As a result, quite a few of the participating teams are using products from Switzerland. The same is true for other disciplines, such as prosthetic arms or legs and electrical wheelchairs.

For examples, read maxon’s exclusive Cybathlon brochure or visit the new site for technology enthusiasts – drive.tech

maxon supports the Cybathlon as a sponsor and partner

The Cybathlon games are organized by the ETH Zürich and are being held for the first time on October 8, 2016 at the Swiss Arena in Zürich. Around 80 teams from all over the world will be participating. The machine-assisted competitors will compete against one another in six disciplines: prosthetic legs, prosthetic arms, exoskeletons, motorized wheelchairs, bicycles with muscle stimulation, and virtual racing using thought control. What’s not allowed at the Paralympics is an absolute must at the Cybathlon: the use of state-of-the-art technology. “Our aim with the Cybathlon is to break down barriers between the general public, people with disabilities, and scientists,” says ETH professor Robert Riener, who invented the Cybathlon.

The Swiss drive specialist maxon motor supports the Cybathlon as a sponsor and partner. The company will be present at the games with a workshop for the teams and a small exhibition about the history of prosthetics.

Comprehensive documentation and software are included with every delivery, and are also available for you to download from our website at www.maxonmotor.com.

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