Switzerland

Switzerland - Life Science
C73641:MARKETS

Life Science

Parker has been working with medical and analytical device OEMs as well as biopharmaceutical and pharmaceutical companies for more than 30 years. Many products are suitable for this market, especially relevant for electromechanical, (precision) fluid & gas handling, process filtration and pneumatics.


As a collaborative partner, we work one-on-one with you to create and deliver:


• Inventive systems and subsystems which include components, modules and integrated systems which reduce technical risk, lower development costs and speed up time to market


• Advances that are smaller, lighter, safer, more energy efficient and highly reliable


• Unique materials suited to written performance specs and functional requirements

 

 

INNOVATIVE & RELIABLE SOLUTIONS

  • Micro Diaphragm Pump - Specifically designed for the needs of the portable medical devices for advanced wound care. Size, performance and reliability are significant advantages with this pump. It is ideal for applications such as single patient use negative pressure wound therapy devices that require multiple dressing therapy treatments and is CE and RoHS compliant.

     

    Smart Syringe Pump - At one third the size and weight of standard syringe pumps, you can reduce size and improve performance of Clinical Diagnostic and Analytical chemistry systems requiring precision fluid delivery. This long life pump is designed to a minimum of 5 million cycles improving the reliability of laboratory instrumentation and reducing downtime. Its lightweight and compact design enables instrument designs that are smaller, reducing instrument costs and footprint.

     

    X-Valve – Parker enables extremely reliable operation in oxygen delivery systems with miniature valve technology, reducing weight by up to 20% and increasing the mobility of patients.



    PACE High Flow Proportional Valve – This technology allows maximum flexibility of ventilator systems with a valve that is 4x smaller and uses 50% less power than traditional, cumbersome solutions.