Kamatics to Support the New James Webb Telescope With KAron Technology

Rhea-AI Summary

Kamatics Corporation, a Kaman business (NYSE:KAMN), announced its support for the James Webb Space Telescope with its KAron self-lubricating bearings. This technology has been tested by NASA for its resilience against extreme conditions in space. Kamatics has leveraged its expertise in material science to ensure compatibility with harsh environments, enhancing its standing in aerospace applications. The company is also developing materials for cryogenic applications and direct liquid oxygen services.

Positive

• Kamatics' KAron self-lubricating bearings are validated by NASA for space applications.
• The technology demonstrates resilience to extreme temperature and radiation conditions.
• Kamatics is expanding its product line to include materials for cryogenic and direct liquid oxygen service.

Negative

• None.

BLOOMFIELD, Conn.--(BUSINESS WIRE)-- Kamatics Corporation, a Kaman business (NYSE:KAMN), announced that they will support the new James Webb Space Telescope with its KAron, high technology self-lubricating bearings.

Named after the NASA chief who led the Apollo space program, the James Webb Space Telescope launched on December 25, 2021. Webb’s infrared telescope, able to see into distant galaxies, will explore a wide range of scientific questions and help us understand the origins of the universe, as well as locate potential habitable exoplanets.

Kamatics Corporation has applied its expertise in material science to create self-lubricating bearings for many of the moving elements in the James Webb Space Telescope that perform within harsh environments of missions. KAron, applied to many aerospace, defense, marine, and industrial applications, has been operating in space for decades; more recent space applications include the International Space Station, rocket lift off engines, satellites, and space tourism vehicles.

Temperature extremes, radiation, the vacuum of space, and compatibility with other volatile materials are challenges that the Kamatics material science team has overcome for the Webb application. NASA has tested Kamatics’ KAron self-lubricating bearing technology for space applications to ensure its ability to withstand challenges including outgassing compatibility tests.

“We have developed a strength in material sciences relative to space applications and have strong positions with many partner companies,” said Matt Lessard, Director of Engineering at Kamatics. “Currently, we are developing bearing materials that are compatible with direct liquid oxygen service and also for demanding cryogenic applications.”

About Kaman

Kaman Corporation, founded in 1945 by aviation pioneer Charles H. Kaman, and headquartered in Bloomfield, Connecticut conducts business in the aerospace & defense, industrial and medical markets. Kaman produces and markets proprietary aircraft bearings and components; super precision, miniature ball bearings; proprietary spring energized seals, springs and contacts; complex metallic and composite aerostructures for commercial, military and general aviation fixed and rotary wing aircraft; safe and arming solutions for missile and bomb systems for the U.S. and allied militaries; subcontract helicopter work; restoration, modification and support of our SH-2G Super Seasprite maritime helicopters; manufacture and support of our heavy lift K-MAX® manned helicopter, the K-MAX TITAN™ unmanned helicopter and the KARGO UAV unmanned aerial system, a purpose built autonomous medium lift logistics vehicle. More information is available at www.kaman.com.

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Kristofer Kolstad

Vice President of Marketing and Business Development

Specialty Bearings and Engineered Products

1-860-243-7565

Kristofer.Kolstad@kaman.com

Source: Kaman Corporation