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Agilent Technologies Add to Their Portfolio of Thin-Film Optical Coating Capabilities

Published on June 27, 2007 at 1:18 AM

Agilent Technologies Inc. announced the installation of a new reactive magnetron thin-film optical coating system from Leybold Optics GmbH. This new system will be used for coating components that require extremely precise spectral and polarization control. The high-precision HELIOS System is the first to be installed in North America.

“The capabilities of the new HELIOS coating system will allow us to meet the ever-increasing demands of our customers to deliver optical components and assemblies with higher accuracy and tighter tolerances while offering reduced cost and improved repeatability,” said Vince Barich, Agilent Precision Optics operations manager. “It also complements our current capabilities in low-stress, high-performance coatings. Agilent’s investment in this new coating capability underscores our commitment to being a leading provider of high-precision thin-film optical solutions for our customers.”

“We are pleased to deliver the first HELIOS System in North America to Agilent,” said Dr. Karl Matl, business unit manager Optics at Leybold Optics. “Already a standard in the semiconductor industry, the introduction of the HELIOS in the optics market marks the beginning of a new and significant step forward in the production of optics. Agilent’s precision optics group is well positioned to take advantage of the systems capabilities.”

The unique ‘reactive magnetron’ sputtering process enables the HELIOS to produce high-precision color, UV and IR filters, and beam splitter coatings with excellent quality. The system delivers high-density coatings that are also less prone to moisture absorption, temperature shifting, and will work in air as well as in vacuum. Operating at high clock cycles, this new capability also allows Agilent to offer faster coating development and time-to-market for its customers.

Agilent began shipping the first production parts in May 2007 and is currently ramping the system to volume production.

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