TES
High vacuum sputtering and evaporation systems
TES has over 40 years of experience manufacturing and remanufacturing high vacuum thin film deposition equipment. Our wide range of experience has helped us engineer and design innovative solutions for our new equipment as well as enhancing and improving the proven reliability of trusted sputtering and evaporation systems used in the high vacuum industry. For our remanufactured systems our focus is on streamlining existing system functionality and simplifying maintenance by using readily available replacement parts and providing our customers with the tools to maintain their own systems. We excel in the ability to provide customized high vacuum systems that meet and exceed our customer’s specifications. The reliability of our systems results in maximum production uptime, improving throughput and providing complete customer satisfaction.
TES strives to provide the highest quality and most reliable systems available, at the most reasonable price. Our theory of design, manufacture, operation, and service go into every thin film deposition tool we build. Whether you are purchasing a new, rebuilt, or used sputtering or evaporation system or having your existing system upgraded, you will receive the same exemplary service and support. We do everything possible to ensure that our clients’ experience with TES and the equipment we offer will be above expectations, which is why we have so many repeat customers. We take pride in our excellent reputation for providing well designed, reliable, cost effective and easy to maintain high vacuum thin film deposition systems.
Contact us to learn more about how TES can provide a state of the art, proven solution for your high vacuum thin film deposition system needs.
Our systems serve the following markets:
Semiconductor manufacturing
Precision optics
Electro optics
Flat panel displays
Storage media
Medical devices
Solar
Superconductor
Automotive
Aerospace
Our systems deliver:
Flexible process control
High throughput
Handles unique and standard substrate sizes
Repeatable process
Minimal down time
Unparalleled uptime
Better than 92% mean time between failures
Selectable number of cathodes
Multiple cathode manufacturers to choose
Ease of maintenance
Commonality in spare parts