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A refreshed and updated version of maxon’s App driven is out now! Available in the Apple and Google Play stores (and soon to be available on the Windows Store). driven app contains technical information on DC motor systems, up-to-date & hot off the press stories from industries including Industrial automation & Robotics, Medical and Aerospace applications. Improve your know-how in DC motor and drive technology.
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For application assistance contact maxon motor Australia on +61 2 9457 7477.
Maxon motor built models of the Mars Rovers Sojourner, Opportunity and ExoMars for a Space exhibit at the Swiss Museum of Transport.
The Swiss Museum of Transport in Lucerne is updating their Space exhibition. With maxon motor trainee help, the exhibit features complete 1:1 scale models of the Mars Rovers Sojourner, Opportunity and ExoMars. The models have moving parts including the camera head and drilling units. Visitors at the Swiss Museum can get an up-close look at the outer space technology and even take a selfie with a Mars Rover.
Maxon motor manufactured 35 DC motors and drives in the real Opportunity Rover that survived 10+ years on Mars. As well, at their headquarters in Sachseln, maxon assembled parts of the ExoMars Rover including modules that drive the vehicle and are responsible for the steering. The ExoMars is due for launch in 2020.
For similar stories to this you can view maxon’s driven magazine online, or for information on outer space technology please contact maxon motor Australia on Tel. +61 2 9457 7477.
For more stories similar to this one visit maxon motor’s driven magazine available on-line at maxonmotor.com.au © maxon motor
A system that tracks and records every component manufactured in maxon DC servo motors.
How does maxon motor guarantee the top quality DC motors, gearheads and accessories that we manufacture? We hold ourselves accountable and our suppliers accountable. To ensure that only the best will do we implement quality control systems to track and trace 95% of the components used in our DC servo motors and drive systems. The tracking system meets customer and Standard Certification (EN 9100, ISO 9001, ISO 13485, ISO 14001) requirements.
maxon DC motors are found in applications across industries such as medical, aerospace, industrial automation & robotics, instrumentation & inspection, consumer and oil & gas
The new maxon motor series X drives. © 2016 maxon motor ag.
Maxon motor Australia will now receive a weekly shipment of DC servo motor customer orders to their Sydney office.
maxon motor Australia has responded to their customer demands and from August 3rd will move to a weekly factory shipment. A steady increase in customer orders of the DC servo motors and gearheads has prompted the shift. As maxon motor Australia approaches their 10 year anniversary, the success of the DC servo motor manufacturer has stemmed from the reliability and quality of their DC servo motors, prompt customer service & support and expansion into growing technological fields such as robotics, medical and aerospace applications.
Customers in Australia and New Zealand will benefit from a reliable and regular shipment pattern as well as faster response times on orders of DC servo motors, gearheads, sensors/ encoders and other accessories.
For further information please contact + 61 2 9457 7477.
A look at 2015 performance so far and future direction of the DC drive specialist.
Speaking at the annual press conference, Dr. Karl-Walter Braun (Majority Shareholder of maxon motor ag) and Eugen Elmiger (CEO) revealed that so far, the 2015 financial year revenues increased by 6% totalling more than CHF 400 million for the first time. maxon introduced several new products including the ECX-Speed motors, able to reach speeds up to 120,000 rpm and configurable online. Other new products include the ultra-compact brushless 4mm DC motor with medical approvals, powerful High Torque ECX motors and the EPOS4 positioning controllers.
The new Aerospace division was created “Our highly specialised team solves complex challenges for demanding customers who value extreme reliability in their drives” said Karl-Walter Braun.
The strongest market for maxon remained in Medical technology, industrial automation and robotics and aerospace. maxon DC drives are found in many and varied applications, for example, space missions to Mars, surgical tools or humanoid robots.
Technology and investment in R&D remain a priority. maxon has partnered in several customer projects involving complex system solutions that, in addition to drives, also required software development. “Under this aspect, the ExoMars project by the European Space Agency, which is planning a Mars landing in 2020, is extremely interesting”, said Eugen Elmiger. “This is a very big development challenge.”
Said Karl-Walter Braun, “Our CTO system (configure-to-order and e-shop) provides sales teams and customers with a tool that enables them to configure and order the optimal drive solution for their needs from anywhere in the world.”
With many new products and noteworthy projects, maxon is confident about its outlook for the remainder of the financial year.
Pictured: Dr. Karl-Walter Braun (Majority Shareholder of maxon motor ag) and Eugen Elmiger (CEO)
Overview of the maxon motor group
The maxon motor group, with headquarters in Sachseln (Obwalden, Switzerland), specialises in the development, manufacturing and sale of high-quality drive components and systems. The company is present in all key markets and has 2,238 employees. It has production facilities in Sachseln (CH), Sexau (GER), Veszprém (HU) and Sejong (KOR), Neyron (FR), and Enschede (NL). In the 2015 financial year, the group achieved a consolidated revenue of CHF 402.5 million. maxon motor produces the smallest positioning drive in the world, with a diameter of only 4 mm. The development of special motors for low and high temperatures has had far-reaching consequences: maxon products can today be found from deep inside the Earth to distant Mars. More information can be found at www.maxonmotor.com.au
maxon EC Drive systems can be found in experimental robots on board the ISS.
The International Space Station (ISS) are testing robots to perform tasks in place of astronauts. One such experiment, called the “Robot Experiment on JEM, or “REX-J”, has been in the Japanese unit of the ISS since 2012. The robot was developed to kick-start a new group of astrobots that can move across the space station, lift loads or perform inspections. Designed to move across a surface like a spider, the REX-J can be operated remotely from the ground control center with no interaction from the ISS crew. There are several brushless maxon EC max motors, planetary gearheads and encoders making up the drive systems in this specialised robot. Full application notes are available on the maxon motor Australia Website.
For more information please contact maxon motor Australia on +61 2 9457 7477.
maxon brushless EC-max motors, found in the ISS experimental robots. © 2016 maxon motor
Across the many and varied robotics applications be they surgical, UAV, humanoid, collaborative or industrial robots, maxon motor offers motor and drive solutions.
Unmanned robots step-in for humans when the environment is too dangerous or rugged to tread. These robots are designed to perform a variety of tasks, operate independently and negotiate tough terrain. The motors and drives need to be 100% reliable particularly when the environment for repairs is dangerous, impractical or near-impossible for humans to negotiate. Because these microdrives run on batteries, engineers look at the energy efficiency for the longest life-span possible. These drives are configurable on-line to suit specific application needs and ready to be shipped after 11 days.
The maxon motor drive solution
Offering high-energy efficiency, extreme power packed into small spaces, precise position & speed control and very high torque output. The brushed DC motor with planetary gearhead and maxon X-series encoder is pictured below. maxon motor recommends a DCX 22 with graphite brushes for robust operation fitted with a GPX HP gearhead and ENX 16 EASY encoder.
Other maxon drive solutions to consider
- Brushless DC motors: The EC-i 40, EC-i 40 High Torque with EASY Encoder.
- Brushless flat motors: EC45 flat, EC 60 flat and EC90 flat with MILE Encoder.
- Controllers: ESCON Module 50/5, DEC Module 50/5 or EPOS2 Module 36/2.
For more information on motor and drive needs for unmanned robotic applications please contact maxon motor Australia on +61 2 9457 7477.
10mm Diameter brushless flat motor supplied by maxon motor Australia with specific customisations for use in space. An example of the extreme miniaturisation possibilities for test, research and exploration robotics.
This brushless DC flat servo motor (commonly referred to in Australia as a pancake motor and globally as a BLDC motor) has an outer diameter of 10mm and a motor length of just 3.25mm. The motor is capable of a top speed of 22000 rpm based on a 4870 rpm/volt constant (KV). Brushless flat motors are characterised by a high torque per volume and normally have low speeds due to a “lever arm” effect, this tiny motor bucks this trend achieving speeds normally only possible from traditionally shaped brushless motors. The motor is available with and without hall sensor feedback to broaden the motor control miniaturisation possibilities.
The emerging swarm robotics trend, miniature spacecraft and micro satellites have an increasing demand for tiny DC motors that implement their gyroscopic effects to orientate the devices. Shown here is a highly customised version that has been adapted for use in outer space. In particular, a vacuum capable lubrication Braycote 601EF has been used in the ball bearings and the shaft has been specifically modified to suit the inertial load.
Contact maxon motor Australia in their Sydney office for detailed assistance with motor customisation. Ph. +61 2 9457 7477.
maxon brushless DC motors and gearheads feature again in the wheels of a Rover set to explore the moon.
Astrobotic Technology, a small company and offshoot of the Robotics Institute at Carnegie Mellon University, intends to send a lander and rover to the moon in 2016. Astrobotic have been working with maxon motor to develop an economical and practical rover “Andy” using standard parts. The importance of an economical application lies in the long-term goal of Astrobotic, which is to provide low-cost cargo transport to the moon. The result is the use of maxon brushless DC motors fitted with GP32 planetary gearheads in Andy’s wheels. The brushless DC motor was specifically chosen for its reliable performance under extreme temperatures and conditions, high power density and torque ratio as well as its compact size.
The reliability of the brushless DC motors and gearheads is of utmost importance as rover Andy will be exploring caves. The belief held by Scientists is that some of the caves may be entryways to underground tunnel systems. If so, these concealed spaces would provide protection from small asteroids, temperature fluctuations and radiation making an ideal base for human stations.
Apart from the rich scientific intelligence gathered, success would bestow the honour of being the first private space mission to the moon. Google is also running a competition with $20m in prize money up for grabs. The “Lunar X Prize” is open to private companies who land a rover, move it 500m and send the captured images back to Google.
For more information please contact +61 2 9457 7477.
The brushless EC-4pole 22 used in Andy is a true powerhouse. The rotor has two pole pairs for very high power density and high torque. The motor is combined with the planetary gearhead GP 32 HD, which was developed specifically for use under harsh environmental conditions.
The compact assembled drive unit. Image © Carnegie Mellon University