Piezoelectric Motor is 9 mm shorter than previous version.
Press Release Summary:
ST Series provides motion control for linear or rotary devices. Suitable for motion in nanometer range, it operates at speeds up to 250 mm/sec, provides 1.5 N of force, and is available in standard and vacuum compatible configurations. Motor offers unlimited travel and no intrinsic magnetic field. It is suited to applications in semiconductor, fiber optic, electronics, and general assembly manufacturing equipment.Original Press Release:
ST Series Piezoelectric Motors Small Just Got Smaller
Nanomotion is pleased to introduce the ST Series Piezoelectric Motor. The ST is the smallest motor of its kind, reducing the overall length of the previous version by 9mm. The ST provides high resolution motion control for linear or rotary devices in a fraction of the space of traditional mechanisms. The ST is ideal for motion in the nanometer range, and can operate at speeds up to 250mm/sec. The ST provides 1.5N of force and is available in standard and vacuum compatible configurations.
Nanomotion Inc. offers a wide range of unique piezoelectric motors based on ultrasonic standing waves, for advance motion control and automation systems. Nanomotion's patented technology offers exceptionally high resolution, unlimited travel, and no intrinsic magnetic field. The compact packaging and ability to drive linear or rotary devices make this technology well suited to applications in Semiconductor, Fiber Optic, Electronics, Bio-Medical/Pharmaceutical, Automotive, and General Assembly manufacturing equipment.
With over 20 patents issued for its piezo products and technologies, Nanomotion provides standard and custom motor and control configurations to meet a variety of performance criteria. Headquartered in Israel, worldwide support is provided by corporate offices in the United States, Europe, and Asia.
Source: Nanomotion Inc
Contact: Ernie Ponce
1 Comac Loop, Suite 14B2
Ronkonkoma, NY 11779
Tel: 800-821-6266
Fax: 631-585-1947
email: eponce@nanomotion.com
www.nanomotion.com
