Nanometer precision and motion control industry expert, PI (Physik Instrumente) L.P., delivers new solutions for very small position changes, coupled with speed, and high force in its P-630 nanopositioning stages. With design flexibility to meet custom assembly requirements and proven demonstrated reliability of many billions of cycles, PI piezo actuators are being utilized in research and industry microstructuring and scanning applications, precision positioning of optical elements, and micromachining.
The new P-630 X-axis nanopositioning stage, with a large clear 30 mm diameter aperture, 0.1 nm resolution, and a small footprint and low-profile, will ensure high accuracy and long life with travel ranges to 80 µm. Equipped with an internal capacitive sensor that allows for precise, extremely stable motion, the stiff stage design with a natural frequency of >3 kHz, with frictionless flexure design enables exceptional responsiveness and accuracy. A vacuum version is available.
High Performance Electro-Ceramics Drive
PI’s proprietary PICMA piezo ceramics were successfully tested for 100 billion cycles by NASA/JPL, which qualified them to be used in the Mars Rover’s instrumentation and testing equipment. Four years after Curiosity first landed on the red planet, PI products are still going strong at peak performance and reliability. PICMA technology integrates ceramic insulation that is polymer-free, humidity resistant, and able to tolerate a temperature range of -20 to 80 degree C. Read more about the application here.
Specifications, data sheet, and more information can be found here.
Ronny Howard says
I do not know too much about piezo scanners, but my brother-in-law was telling me a little bit about them the other day. I did not know that they are being utilized in research and industry microstructing, and scanning application, and even more things than that. It seems like it can used for many many things!