Piezo medical solutions manual by Physik Instrumente

June 4, 2012

Piezo specialist PI (Physik Instrumente) (Auburn, MA) has published a new brochure on medical applications of piezo ceramic actuators, transducers and motion components.

Piezo specialist PI (Physik Instrumente) (Auburn, MA) has published a new brochure on medical applications of piezo ceramic actuators, transducers and motion components. The “Piezo Drive Solutions for Medical Engineering” entitled PDF document is available online for download. Life-sciences and medical design equipment disciplines have multi-faceted requirements for motion control, spanning a spectrum from high-precision positioning systems to reliable, low-cost, and compact drive components with ultra-low power consumption. Since progress goes hand in hand with continuous miniaturization and demand for higher speed and throughput, piezoceramic drives can satisfy many of these requirements. Originally developed for nanometer-precision motion, piezoelectric motion principles are proving highly adaptable to new configurations and modalities. Recently-developed systems have overcome the former limitations familiar from classical piezo mechanisms.

More Biophotonics Products

-----

PRESS RELEASE

Piezo for Medical & Life Sciences:

New Brochure Available from PI

Auburn, MA, – Piezo specialist PI (Physik Instrumente) has published a new brochure on medical applications of piezo ceramic actuators, transducers and motion components. The “Piezo Drive Solutions for Medical Engineering” entitled PDF document is available for download at:

http://www.pi-medical.net/Piezo_Motion_for_Medical.htm

Life-sciences and medical design equipment disciplines have multi-faceted requirements for motion control, spanning a spectrum from high-precision positioning systems to reliable, low-cost, and compact drive components with ultra-low power consumption. Since progress goes hand in hand with continuous miniaturization and demand for higher speed and throughput, piezoceramic drives can satisfy many of these requirements. Originally developed for nanometer-precision motion, piezoelectric motion principles are proving highly adaptable to new configurations and modalities. Recently-developed systems have overcome the former limitations familiar from classical piezo mechanisms.

Different from traditional motors

Piezo devices have several advantages over classical motion control components:

Sterile / high bake-out temperatures
No lubricants required
Non-magnetic principle (MRI compatible)
Vacuum compatible
Smaller, higher force and faster response
Direct linear motion w/o conversion losses

For medical and biotechnology applications, piezoelectric motors can overcome problems of traditional motors since they neither create electromagnetic interference, nor are they influenced by it, eliminating the need for magnetic shielding. This feature is particularly important for motors used within strong magnetic fields, such as those seen in MRI equipment.

Application Examples: