
TESY4
About
Company description
TESY4 offers solutions tailored to the diverse needs of controlled contamination areas. In these environments it is necessary to minimize the introduction, generation and retention of airborne particles to avoid contamination with the products manufactured or manipulated in them. Our focus is on the pharmaceutical, chemical, cosmetics, biotechnology, food, hospitals, research centers and laboratories but also to the world's microelectronics, nanotechnology, aerospace, optical and in any case to all environments that require high quality standards. Tesy4 offers a wide range of furniture designed and manufactured in accordance with standards GMP . The use of stainless steel AISI 304 or AISI 316 with Scotch Brite or polished mirror, ensures perfectly smooth surfaces and allows repeated cleaning with detergents and disinfectants to ensure maximum hygiene. The attention to detail and attention to cleaning concepts and ergonomics that facilitate maximum cleaning, make our ideals proposed to be positioned within the sterile areas classified up. Special devices for air control guarantee the degree of sterility in cleanrooms but are indispensable precautions taken for staff and control of incoming materials in a regulated environment or leaving contaminated areas. Tesy4 provides complete solutions for all areas of dressing, and the passage of persons or things to and from classified areas.
Quick facts
Sales markets | Western Europe; Eastern Europe; Middle East; Asia; Australia; North America; Africa; Central/South America |
---|---|
Primary business activity | Service |
Recently at
CPhI Worldwide 2017
24 - 26 October 2017 Messe Frankfurt, Germany We were at stand 40J10 See our Exhibitor Profile See full Exhibitor ListOur Top products
Are you a supplier
Here's what we can do for you
- Generate quality leads for your business
- Stay visible for 365 days of the year
- Receive product inquiries and respond to meeting requests directly
- Improve company online presence through Search Engine Optimisation