Did you know that you can now use Zygo Optical Profilers within argon chambers?
Image Credit: Zygo Corporation
The ability to use optical profilers in argon chambers provides accurate metrology in controlled argon environments, otherwise referred to as Argon Gloveboxes. Such a distinctive and extensively tested feature facilitates optical profiling in argon conditions, unlocking new opportunities for research and manufacturing applications.
Argon chambers are critical tools in many research and industrial fields. These controlled environments are filled with argon gas that creates an inert atmosphere shielding sensitive materials from reactive elements, including oxygen and moisture.
Researchers and manufacturers rely on argon chambers for several reasons.
First, the chambers shield reactive materials from oxidation and other air-induced reactions, preserving their stability. Such protection is crucial for working with highly reactive substances like alkaline metals, organometallic compounds, and certain semiconductors.
Secondly, carrying out processes in an argon atmosphere can improve the properties of certain materials, such as increasing the purity of synthesized compounds or maintaining the stability of materials that deteriorate in air.
Additionally, argon environments help safeguard sensitive equipment from damage caused by reactive substances, thereby prolonging the lifespan of these instruments.
With the integration of Zygo non-contact optical profilers into argon gloveboxes, users can now conduct high-precision metrology on materials that require an inert atmosphere. Zygo’s optical profilers are designed to provide precise, non-destructive measurements without any physical contact.
When used in conjunction with an argon environment, researchers can examine materials while minimizing their exposure to reactive elements, thus preserving the integrity of the sample. This capability is highly versatile, serving a broad spectrum of applications, from materials science to semiconductor research, as well as any field where an argon atmosphere is crucial.
Finally, the integration process has been designed to be seamless, allowing users to operate profilers within argon gloveboxes without sacrificing accuracy or performance.
By enabling precise metrology in argon environments, Zygo is enabling researchers and manufacturers to push the boundaries of possibilities in their respective fields.
This information has been sourced, reviewed and adapted from materials provided by Zygo Corporation.
For more information on this source, please visit Zygo Corporation.