Ceramic Servo Motor weighs .6 g.
April 14, 2008 -
Providing 30 g of thrust with maximum operating velocity of 150 mm/sec, EDGE motor is suited for shutter/aperture control, small medical pumps, grippers, and other devices in aerospace/military, medical devices, and industrial automation applications. Supported by Nanomotion's dual axis ASIC that can function as drive and control, ceramic servo motor is capable of driving linear or rotary motion, and operates at 8 Vrms.
(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)
Original Press release
Nanomotion
1 Comac Loop, Suite 14B
Ronkonkoma, NY, 11779
USA
The New EDGE Motor: When Space Is Critical
Nanomotion introduces the new EDGE motor, one of the smallest ceramic servo motors
in the industrial market. The EGDE motor provides 30 grams of thrust with a maximum
operating velocity of 150mm/sec. Capable of driving linear or rotary motion, the EDGE
is well suited for applications in Aerospace & Military, Medical Devices, and Industrial Automation.
The Edge motor weighs .6 grams and operates at 8 Vrms. It is supported by
Nanomotion's dual axis ASIC which can function as a drive and control. The Edge
motor is ideal for shutter/aperture control, small medical pumps, grippers, and other
devices.
Nanomotion is a subsidiary of Johnson Electric, one of the world's largest providers of
micro motors and integrated motor systems to global customers in the automotive,
power tools, home appliances, business equipment, audio-visual and personal care
sectors. Johnson Electric is headquartered in Hong Kong and employs over 33,000
people in 15 countries worldwide. Johnson Electric Holdings Limited is listed on the
Hong Kong Stock Exchange (code 179) and is a constituent of the Hang Seng Index.
For further information please visit: http://www.johnsonelectric.com
Source: Nanomotion Inc
Contact: Ernie Ponce,
Eponce@nanomotion.com
Nanomotion Inc.
1 Comac Loop, STE14B2
Ronkonkoma, NY 11779
Tel: (800)821-6266
Fax: (631)585-1947
Nanous@nanomotion.com
www.nanomotion.com
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