Patented bimetal technology expands the possibilities of materials and applications of UHV in all industries.
The time-tested reliability of the stainless steel ConFlat® (CF) knife edge, with an aluminum flange body for weld up to an aluminum chamber.
The non-magnetic Atlas CFTI™ offers the time-tested reliability of the ConFlat® (CF) for titanium vacuum chambers.
Face-seal fittings with a durable stainless steel sealing face explosion welded to an aluminum body for demountable use with aluminum tubing.
Atlas Ti-CR™ Titanium face-seal, offers a solution for gas delivery systems in the cryogenic and semiconductor industries.
Metallurgical bonded dissimilar metal joints provide an all welded transition from one metal to another for cryogenics, ultra high and ultra high purity vacuum.
A quick and easy way of enabling rapid tube joints to be made on aluminum vacuum systems.
A back bevel on the knife edge improves the seal by making it more tolerant to thermal cycles as well as enhancing its durability.
For demanding high or ultrahigh vacuum custom applications and bimetallic explosion welded materials we have a limitless source of solutions.
Atlas has a broad prespective on metal joining with considerable experience in both explosion welding and diffusion bonding.
Vacuum innovation and experience to pioneer the use of many vacuum materials and manufacturing methods to improve all applications.
The advantages of aluminum include high thermal conductivity and thermal diffusivity, less H2, non magnetic properties, and low Z.
Offer excellent performance for nonmagnetic, radio frequency (RF), and high thermal conductivity applications.
The time-tested reliability of the stainless steel ConFlat® knife edge, with an aluminum flange body for weld up to an aluminum chamber.
Quick Release & Claw and Bolt flanges provide a reusable, lightweight, and economical high vacuum system interface.
Machined aluminum components for precision applications.
The titanium flange with the stainless steel knife-edge seal used for joining titanium chambers to conventional stainless steel flanges.
Provides a consistent RF surface to reduce high order modes for RF transmission.
Design, engineering and manufacturing experience for exotic and specialty metal chamber fabrication.
Look to our considerable experience in integrating vacuum systems for improved performance.
Mirror-like finishes, nanoplating and passivation for enhanced performance of your application.
An ultra thin aluminum or titanium UHV window that allows for quick, inexpensive replacement in the field. An excellent alternative to beryllium.
Delivers very low hydrogen permeation, high surface vacuum environment for condensation, and quick pump down. Vacuum rated to 1x10-11 Torr
Modular high throughput X-ray spectrometer.
The Atlas Window line-up offers solutions for economy, performance, and convenience.
Residual, neutron induced, radiation in aluminum has a half-life orders of magnitude shorter than that of stainless steel for cyclotrons and nuclear reactors.
A lightweight and economical alternative that is mounted on aluminum hardware and designed for welding directly into high vacuum aluminum chamber walls.
For observation in vacuum and high vacuum applications, customizable and adaptable for industrial and scientific environments.
Material, Geometry, pumping methods, conductance… We know vacuum.
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