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Leverage the high-torque-density
With low rotor-inertia brushless motor
Engineered for applications requiring a high torque
Inspection robots for pipes and ducts, rescue robots in disaster areas, or humanoid robots – they all have one thing in common: They are mobile robots that aid humans. We explain some of their requirements for drive technology in detail
Many applications would benefit from a brushless motor without a sensor. There are various options for realizing this. A method developed by maxon is now setting new standards for precision and reliability
Suitable for both brushless DC motors and stepper motors, the CL4-E motor controller features a peak power of 1050 W and a compact design
Designed for space critical applications, AMM encoders feature small size, low profile, minimum weight, high resolution, and fine accuracy
For artificial crew member of the ISS
Digital interface supports standardisation, miniaturisation and robustness
Crossed-Roller Bearings Offer Superior Precision and Flexibility
For applications where a highly reliable, ultra-small solution is needed
Equipped with additional connectivity options
Measurement of absolute angles for automotive applications
Tried and tested as frameless kits
The elevator manufacturer Schindler transports more than a billion people every day. Its elevators operate in skyscrapers and apartment buildings, traveling up and down all day long.
Preset modes for one touch set up optimization
Quicker adjustments, reduced downtime and less waste material
Innovative segment winding for high torque
Designed for removal of waste fluid
Metal housing for high-torque applications
Parker Hannifin's servo motors and drives ensure smooth movement of CAT Medical Systems’ Helios DRF radiographic tilting table
For efficient and dynamic control of brushed DC motors
The prestigious event, held annually in Birmingham, brings together the best of the UK’s motion control industry
For quick cabling operations
It includes higher power options
Frameless design for direct shaft integration
Six-degree-of-freedom positioning up to 45 kg
Range of available models upgraded
Designed for applications where positioning times of 30 mSec or less are often the norm
For wide range of high-speed motion control designs
Ready in 11 days
For creation of stand-alone complex motion profiles
Consume 80% Less Energy
Module with detachable pin headers and two different power ratings
To reduce fuel consumption in passenger cars
It delivers fully flexible winding control
With integral programmable driver electronics
With integrated functions and power supply
It offers extremely high power density and up to 98% efficiency
For controlling DC brushed and brushless motors with Hall sensors and encoders with up to 750 W of continuous power and 1500 W of peak power
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