In 1976, UVOCS, INC. was the first company to offer a turnkey UV/Ozone cleaning system for research labs and chip manufacturers. Since then, the process which provides users with ultra clean surfaces has migrated into many diverse fields where atomic cleaning serves a multitude of needs.
We pride ourselves in manufacturing a sturdy, dependable, all stainless-steel system that will give you decades of little or no maintenance service other than periodic lamp replacements. Our Model T10X10/OES has become the gold standard among universities, commercial and government research labs worldwide.
Set-up is quick and easy and can usually be accomplished in less than one hour following the instructions in the manual. We also stock all replacement parts for quick shipment should the very rare need arise. We are always available via e-mail or phone for backup support should you need it.
Since 1963, W. H. Cooke & Co. has served customers as a manufacturer of thermocouples, RTDs, and thermistors, and we also supply instrumentation and controls for temperature, pressure, level, flow, pH, RH, flame and gas detection, and heaters for almost any application. We also carry chart recorders, chart paper, chart pens as well as paperless recorders, data loggers, pumps, valves, motors, variable frequency drives, industrial oils, solvents, lubricants, and PPE.
W. H. Cooke & Co. manufactures thermocouples and thermocouples with mullite and alumina protection tubes for Crematories as well as sparts for them from brands such as Belimo, Honeywell, Maxon, Fireye, ASCO, Veriflame, Eclipse, Antunes, Partlow, ATC, Heat Timer, Karl Dungs, Rajah, Protection Controls, Dongan, Siemens, Schneider Electric, Omron, Future Design Controls, Greenlee, Cutler Hammer, Eaton, Thomas & Betts, Garrett Metal Detector, Cole Hersee, Fuji, BRAH, Dwyer, and more!
UV/Ozone Cleaning Systems FAQ
What is a UV/ozone cleaning system and how does it work?
A UV/ozone cleaning system uses ultraviolet light to generate ozone, which then breaks down organic contaminants at the molecular level. This process, often referred to as ozone surface cleaning or atomic cleaning, removes residues that traditional cleaning methods can’t, leaving surfaces extremely clean and ready for sensitive applications. It’s widely used in laboratories, semiconductor manufacturing, and research environments where precision is critical.
What industries commonly use ozone cleaning systems?
UV/ozone cleaning systems are used across a wide range of industries, including academic research labs, semiconductor and chip manufacturing, government facilities, and advanced materials science. Over time, this technology has expanded into many specialized fields where ultra-clean surfaces are required for accurate results and high-performance outcomes.
Why is ozone cleaning important for research and manufacturing?
Ozone cleaning is essential when even microscopic contaminants can affect performance or results. By removing organic residues at an atomic level, the process improves surface quality, enhances adhesion, and ensures more reliable experimental or production outcomes. This makes it especially valuable in environments where precision and cleanliness directly impact success.
