Name Address/P.O. Box Postal Code/City State Contact Person Telephone Fax Email Website Social Media Number of Employees Founded (year) Areas of Activity
Annual Turnover
PI Ceramic GmbH
Pushing Forward Industry and Research with Piezo Technology Pushing the boundaries of what is technically possible, together with our customers – this is the ambition that motivates and drives PI Ceramic daily.
›
Lindenstraße 07589 Lederhose Thuringia Melina Ramakic +49-36604-882-0 +49-36604-882-4109 info@piceramic.com www.piceramic.com
›
I
›
› › › › › › ›
› ›
›
›
390; 80 engineers 1992 Piezoceramic components, ultrasonic transducers and actuators for medical technology, e. g. | Therapeutic and Surgical Instruments | Medical Sensors | Microfluidics | Diagnostic Imaging | Medical Implants €35m in 2020
PI Ceramic develops and produces high-tech solutions with piezo technology. As part of the PI Group, PI Ceramic is the global competence centre for piezo technology, with a broad product portfolio – from piezoceramic components to ultrasonic transducers to actuators. With 30 years of experience, the medium-sized company is successfully active in the most innovative markets and realises demanding applications in medical technology, industrial sensor technology, and precision dosing.
Improving Quality of Life – with Piezo Power at the Heart of the Application Piezo technology makes faster medical diagnostics and gentler therapies possible. With in vitro diagnostics, liquid handling can be realised in the smallest space by using energy-efficient and compact piezo elements. Dosing, moving, mixing, and separating samples with the tiniest volumes and different properties becomes possible. Piezo technology also significantly contributes to the increase in throughput of these analytical instruments while at the same it contributes to their miniaturisation. With the help of piezo elements, disruptive therapeutic measures, e.g. with ultrasound, can be implemented. Therapeutic and surgical instruments can thus carry out noninvasive and minimally invasive surgeries at extreme speeds, with lower side effects and faster haling. Most modern imaging methods profit from special ultrasonic transducers that decisively increase the performance of endoscopes, for example; and medical implants can smartly replace damaged body functions. Furthermore, contactless ultrasonic sensors can ensure seamless therapy management in patient monitoring.
