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海洋薄膜公司Ocean Thin Films     
　微型光子學行業的領軍人，海洋光學宣布旗下薄膜分部獨立成為一家新公司，取名為海洋薄膜公司(www.oceanthinfilms.com ), 主要應用在科學、生物醫藥、國防、計量和娛樂行業，設計和制造獲得專利的二向色濾光片及精密光學部件?！　?/p>

　　始創于1999年，海洋薄膜最初為海洋光學的分部，主要設計生產大量的二向色光學濾光片，用于根據波長選擇性的光傳輸。這些精密光學濾光片及其他光學部件可整合到一些其它的應用上，例如可用于建筑及娛樂用安裝的變色燈，可用于CCD相機及光譜成像等科學儀器，以及可用于國防目標命中系統。2008年11月，海洋薄膜收購了美國歐瑞康(Oerlikon)光學公司旗下的科羅拉多業務部門，這增強了海洋薄膜在生命科學、醫療和其他一些科學應用方面的光學部件及配件的供應能力。

　　海洋薄膜總裁費爾?布什巴母(Phil Buchsbaum)說，“我們一直就被自己公司已有的挑戰和機遇所激勵。再加上收購歐瑞康為我們帶來了額外的專業技術和生產能力，加之近期擴充了佛羅里達的生產設施，我們已經做好充分的準備立即開展工作，為各行各業生產新一代高品質的，具有創新性的光學元器件及薄膜產品?！?/p>

　　海洋薄膜位于美國科羅拉多，擁有110名雇員，并于近期擴充了其位于美國佛羅里達的生產設施。該團隊使用高級光刻設備及真空淀積系統，為生產系統及原型光學系統提供模式化最優解決方案。

    
Established in 1999 as a division within Ocean Optics, Ocean Thin Films designs and produces high-volume dichroic optical filters, which are used to selectively transmit light according to its wavelength. These precision filters and other optical components can be integrated into applications such as color-changing light for architectural and entertainment installations, CCD camera and spectral imaging for scientific instrumentation, and targeting for defense applications. In November 2008, Ocean Thin Films acquired the Golden, Colo., operation of Oerlikon Optics USA, which bolstered the company's offering in optical components and subassemblies for instrumentation used in the life sciences, medical applications and additional scientific applications.

"We are excited by the challenges and opportunities of operating as our own company." said Phil Buchsbaum, President of Ocean Thin Films. "With the additional expertise and capacity the Oerlikon acquisition affords us, plus recent expansion of our Florida facility, we are ready to hit the ground running with a new generation of quality, innovative optical and thin film products for a diverse range of industries."

Ocean Thin Films has 110 employees, with locations in Golden, Colo., and a recently expanded 30,000 square-foot facility in Largo, Fla. The group utilizes advanced lithography equipment and vacuum deposition systems to provide optimal patterned solutions for both production and prototype optical systems.