Dutch company Preceyes developed a world first robotic system for retina disorders, using haptic feedback and maxon DC motors.
Detached retina surgery requires precision to an nth degree where the stability of human hands are no match compared to robotic systems. This is why Dutch company, Preceyes, developed a completely new robotic system for eye surgery. Especially designed for the treatment of retina disorders, the robotic device improves precision up to 20 times more than a Surgeons hand, making operations once deemed impossible due to lack of precision now being successfully performed.
Surgeons operate via a joystick while looking through a microscope. The joystick controls a robotic arm, controlled by maxon DC motors, assisting surgery in millimeter increments. A haptic feedback function allows the surgeon to see and feel their actions and the robotic system supports quick retooling. This is an important factor because it reduces operation time bringing a multitude of benefits to the patient.
For more information on DC motors and drive systems in robotic medical applications, please contact maxon motor Australia tel. +61 2 9457 7477.
The new robotic system is used in surgery to treat disorders of the retina. © Preceyes
High-tech machines analyse human blood samples and detect coagulation disorders. Maxon motor France supplies the DC drives as well as builds entire conveyor modules especially for a customer.
Analysis devices in laboratories and hospitals run 24/7, autonomously pipetting samples to deliver quick results. Such industrial automation equipment must work with high accuracy and reliability. This in turn places high demands on all components of the machines.
Stago is a French company that specialises in analysis instruments for haemostasis diagnostics (for testing blood clotting). Maxon DC motors are found in Stago’s StarMax machine. A fully automated analysis system, the StarMax is equipped with a three-axes robot with space for 215 samples and 1,000 test containers. Working autonomously the machine checks results, compares them and monitors the processes.
There are several varieties of maxon’s brushed A-max DC motor combined with planetary gearheads, that are used for the movements of the rack. With varying diameters between 16 and 26mm, these DC motors were selected for being highly dynamic and easy to control. The DC motors have an ironless rotor and are manufactured autonomously giving them an attractive price-performance ratio.
For more information on applications involving mechatronics and automation please contact maxon motor Australia tel. +61 2 9457 7477.
Maxon’s A-max DC motor and GP22 planetary gearhead maxon motor
The analysis system STAR Max. © Stago
Maxon brushless DC motors and encoders drive lift doors open and closed.
Schindler is a well-known manufacturer of elevators and lifts, moving more than one billion people every day. When we take the lift, we press the button, the cab arrives, we enter and disembark at the desired floor. What is a simple event has alot of technology in the undertaking – in the elevator shaft, motor chamber, control box and in the lift compartment itself.
A motor installed in the cab opens and closes both the doors of the cab and the doors at each particular floor. The requirements of the motor are very specific: small yet powerful, reliable, energy-saving and intelligent. Maxon developed two Door Drives alongside Schindler, using a brushless DC motor with a diameter of 90 millimeters, a MILE encoder combined with the motor and a customised EPOS2 positioning controller. With two power levels, the more powerful version uses a belt drive and is able to move doors weighing up to 400 kilograms. The smaller and latest version is more compact and moves doors weighing up to 120 kilograms.
Encased in a housing, the Door Drive can be mounted directly onto the lift cab. And this is where its real work starts. The ability to adapt to the many different types of elevators, with differently sized cabs, different materials and, depending on the country, different safety standards. After a calibration procedure, the controller of the Door Drive detects the size and weight of the doors, autonomously calculates the optimal parameters corrects them if necessary and drives the doors open and closed.
For more information on applications where DC motor technology needs to be powerful, compact, reliable and intelligent please contact maxon motor Australia on tel. 61 2 9457 7477.
Mechatronic system: The drive solution for elevator doors consists of a brushless flat DC motor (90 mm diameter), an integrated MILE encoder and a customer-specific positioning controller based on the EPOS 2 series. © maxon motor
Maxon DC motors are found in a massage system that fits to nearly any shower, converting your everyday shower into a wellness experience.
The focus of a Swiss company’s new massage brush system is designed as an overall experience incorporating massage for tired/ sore muscles, brushing away dead skin cells and supporting blood circulation. The system is a rotating brush that moves horizontally and vertically. It automatically travels up and down a rail, with the option to program a personal massage and using a remote control.
Battery operated, the brush rotation is powered by a maxon DC motor, A-max 32, combined with a planetary gearhead, GP32. For the system’s height adjustment, there is a brushed DC motor, DCX 22S, fitted to a GPX 22 planetary gearhead. The DCX combination motor and gearhead can be assembled online using maxon’s online configuration portal.
Overall, the conditions in a shower – steam, cleaning products, water and humidity – are no problem for maxon’s reliable DC motors and Planetary gearheads.
For more information or application assistance please contact maxon motor Australia Tel. +61 2 9457 7477.
The Aglaja Shower System and maxon’s brushed DC motor and planetary gearhead combination © Aglaja and maxon motor
A Canadian company has developed a small robotic arm for industrial applications using brushless pancake motors, zero-backlash gearheads and encoders from maxon.
Introducing the Meca500: An Industrial Robotic Arm that is half the size of a regular industrial robot. Made by Mecademic in Canada and featuring brushless flat motors from maxon, the Arm has six degrees of freedom, weighs five kilos and spans a base around the size of your palm. With a repeatability of 0.005 millimeters, that is, 20 times less thicker than an A4 piece of paper, the Mecas500 has a load capacity of 500 grams.
Maxon’s brushless pancake motors were selected for this application. The EC45 flat brushless motors are renowned for their compact design, long lifespan, top quality and high torque. In the Meca500, the DC motors are combined with zero-backlash gearheads and high-resolution encoders for precise movements. The controller is integrated into the motor and gearhead combination, saving even more space and simplifying the drive operation.
If you would like application assistance or for more information please contact maxon motor Australia tel. +61 2 9457 7477.
maxon motor’s brushless pancake motors are available in a variety of sizes and are perfectly suited for robotic applications. The Meca500 has six degrees of freedom and weighs only five kilograms. The controller is integrated into the base.
Images ©Mecademic and maxon motor
Close inspection of the gear motor combination reveals the extent of motor customisations possible, normally for niche hand built servo motor and gearhead combinations that the Swiss engineers have become famous for.
Completely configured by the end user, maxon motors new micro DC motors system of online motor design and fully automated construction is set to change the future of motor manufacturing technology. Without human interference the tiniest of microdrives can be tailored to the application via an online tool. From the shaft length, diameter and flat features to the mounting method, gearhead reduction, winding characteristics, cable length and connector type. All direct from the motor design portal to the automated manufacturing line. Laser welded steel construction, dual stainless ball bearings and integral strain relief on a motor with only 6mm outer diameter beguiles Australian engineers. Over 17,000rpm at much lower noise levels than previously attained and torque levels to 200mNm make the new 6mm and 8mm servo gear motors incredibly power dense.
The ultra-small DC servo motors have linear control characteristics, zero magnetic detent (cogging) making them suitable for applications such as micro pumps, medical and laboratory dosing devices and robotics.
Contact maxon motor Australia for application, engieering or project assistance.
Ph: +61 2 9457 7477.
maxon motor have released the digital edition of the new 2017 / 2018 catalogue. Answering the how to’s of motor control it contains valuable motor and motor control reference material.
Containing 480 pages of motor, gearhead and controller information and useful educational material including a technology breakdown, calculation examples and conversion tables the manual is available now for downloading or online reading. New technology listed includes the customisable stainless steel DC motors in 6mm and 8mm. Information on the new very high speed 13mm BLDC brushless DC motor technology that can be sterilised for medical applications. Ultra-small diameter planetary gearing and high speed gearbox designs and the very latest in motion control, explaining modular decentralised DC motor position controllers and high power density DC servo amplifiers.
The link directly to this free information is http://epaper.maxonmotor.com.au/ or contact our Sydney, Australia office on +61 2 9457 7477.
Maxon now offer more sizes in their sterilisable range of brushless DC motors, gearheads and an all new encoder.
Now available in a 13mm diameter is the brushless DC motor (ECX SPEED range) with accompanying planetary gearheads (GPX 13 SPEED) and the first of its kind sterilisable Encoder (ENX 13 EASY INT). All fully configurable, sterilisable and optimised for high speeds and low vibration output, making them perfect for demanding speed and positioning control tasks in surgical applications.
A stand-out feature of the sterilisable encoder is the chip used for generating the commutation signals in the Hall sensor version. When coupled with the brushless DC motor ECX SPEED 13 it facilitates extremely precise commutation and reduces heat. The encoder can be integrated within the motor to optimise costs and assists in applications with tight space restrictions. The DC motor combination can be configured online and ready to ship in 11 working days.
For more information please contact maxon motor Australia tel. +61 2 9457 7477.
Maxon motors new optimisation of the High Torque 52mm brushless motor gives even greater performance.
The EC-i 52mm brushless DC motor from maxon has had the iron-wound internal rotor motor redesigned from 7 pole pairs to 8 pole pairs. This significantly reduces the vibration and noise output of the DC motor. Available in three voltage outputs, 18, 24 and 48V the 52mm 180 W brushless DC motors produce up to 6,000 rpm.
With a correspondingly optimised magnet ring, the brushless EC-i motors with iron windings offer a very high torque density and a low cogging torque. The multi-pole internal rotor is extremely dynamic. It has a solid design, with a welded stainless steel flange and housing, making this brushless DC motor suitable for a wide range of applications such as rotary actuators, valves, robotic joints and process control.
For more information contact maxon motor Australia tel. +61 2 9457 7477.
maxon motor have unveiled the first sterilisable encoder for brushless DC motors. This will create many opportunities for advances in medical technology.
The first steam sterilisable encoder has been released by maxon motor. The ENX EASY is available in two versions, as an incremental (1024 CPT) and an absolute version (4096 CPT). It can be integrated into suitable motors without increasing the length. The encoder has allowed maxon to create the first sterilisable drive system with brushless DC motor, gearhead and integrated encoder.
Ideal for demanding medical / surgical applications where speed and positioning control tasks are performed. Available with ball bearings or in a ceramic version. The encoder delivers high speeds, extremely precise commutation, low vibration and reduction of heat build-up. To optimise costs and space restrictions, the encoder is integrated in the brushless DC motor.
For more information please contact maxon motor Australia tel. +61 2 9457 7477.