caLogo

MERIDIAN, IDAHO ― September 2020 ― Computrol, Inc., a world-class provider of mid- to low-volume, high-mix electronic manufacturing services to OEMs, announced today that it has purchased a Trident LDO-DUO from Aqueous Technologies for its Meridian facility. The system provides twice the throughput capabilities of a single-chambered model within one footprint, and removes any flux from any alloy.

Computrol continually updates its state-of-the-art facilities with new advanced systems to keep up with its customers’ needs. The trident has been qualified to meet Mil/Aero cleaning requirements and this added capacity will help Computrol meet its production requirements.

Trident LDO is compatible with the industry's most popular cleaning chemical additives and is capable of removing all flux species as well as other polar and non-polar residues. It includes a closed- loop (zero discharge) wash solution section and a filtered low-discharge rinse section.

Trident LDO’s high-power forced hot-air convection and radiant drying system along with built-in cleanliness verification technology ensure Computrol provides its customers with the highest quality.

Computrol focuses on providing electronics manufacturing services throughout the lifecycle of high-mix products. Maintaining this focus enables the company to provide faster assembly operations than those in large factories. For more information, visit www.computrol.com.

About Computrol, Inc.
Computrol, Inc., with manufacturing facilities in Meridian, Idaho, and Westminster, CO, is a leading national provider of high-quality, low to mid volume electronics manufacturing capabilities, serving military, medical, aerospace, broadcast and general industry customers. For more information about Computrol, Inc., visit www.computrol.com.

Computrol Aqueous Trident LDO DUO Purchase 20

Register now for PCB West Virtual 2020, the leading conference and exhibition for the printed circuit board industry, coming this September. pcbwest.com  



Submit to FacebookSubmit to Google PlusSubmit to TwitterSubmit to LinkedInPrint Article
Don't have an account yet? Register Now!

Sign in to your account