Miniature AC servomotor with high torque and high-resolution
Delivering a lineup with a wide range of application options of compact high-performance next-generation servo motors with built in encoders.
Features
• Built-in high performance encoder that enables direct fine positioning from resolutions of 1 arc-sec.
• Delivers high torque using high performance magnets and high density winding technology.
• Delivers small size with the motor and encoder designed as a single unit.
• Able to bear large loads directly through the use of a high stiffness bearing.
• Able to support hollow shaft structures.
• Customized designs are supported to suit our customer needs.
Line Up
MDS-13 series
Body diameter: 13mm
Body length: 26 / 32 / 38mm
Max torque: 7 / 15 / 25mN･m
Max speed: 3000rpm
MDS / MDH-20 series
Body diameter: 21mm
Body length: 32 / 38 / 44mm
Max torque: 40 / 90 / 130mN･m
Max speed: 3000rpm
Max resolution: 72,000P/R, 18bit
Hollow diameter: 2.6mm (MDH type)
MDS / MDH-30 series
Body diameter: 30mm
Body length: 32 / 38 / 44mm
Max torque: 140 / 280 / 420mN･m
Max speed: 1000rpm
Max resolution: 108,000P/R, 19bit
Hollow diameter: 4mm (MDH type)
MDS / MDH / MDH(12)-40 series
Body diameter: 40mm
Body length: 32 / 38 / 44mm
Max torque: 0.33 / 0.70 / 1.0 N･m
Max speed: 450rpm
Max resolution: 324,000P/R, 20bit
Hollow diameter: 6.12mm (MDH type)
MDH-70 series
Body diameter: 70mm
Body length: 32 / 38 / 44mm
Max torque: 1.0 / 2.2 / 3.1 N･m (with DC48V drive)
Max speed: 200rpm
Max resolution: 648,000P/R, 21bit
Hollow diameter: 25mm (MDH type)
Case
A scalar robot with the repeatability of ±1μm
A scalar robot using a μDD motor with a hollow shaft (built in-house for accuracy experiment). The size of the robot became compact by passing cables through the hollow shaft.
Robotic arm Master/slave demonstration
Master/slave demonstration using a direct drive motor (with reactive force detection)
Torque demonstration Lifts a weight by a gearless motor
This is a weight lifting experimental video using a MD-20 and a MD-40.
Movies can be viewed on the detail page.