Thin film removal is an extremely precise process that exploits selective laser ablation to remove micro- and nanoscale layers from the surfaces of different substrate materials. Though ‘thin’ is a…
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Glass is one of the oldest, luxury commodities ever manufactured. Mankind has been creating decorative glass articles for millennia, at first using rudimentary molds before the characteristic blowing method was…
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IMRA is a pioneer in applying femtosecond lasers to a variety of commercial applications. Supported by years of cumulative expertise in materials processing, IMRA has made significant contributions to laser-based…
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IMRA is committed to pioneering research and development (R&D) of critical ultrafast laser-based technologies for users in a range of industrial sectors. We have developed a suite of industrial lasers…
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Femtosecond laser micromachining is an advanced technique used to fabricate two- and three-dimensional (2D/3D) structures on the sub-micrometer scale. It’s one of the most advanced methods of laser processing currently…
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Laser material processing refers to a growing school of techniques that use high-energy laser light to modify the surface of materials. It is one of the most common, and highest…
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With a broad range of high-analytical key performance indicators and the durability to withstand rugged operating conditions, femtosecond fiber lasers can satisfy the variable demands of users across an extremely…
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Lasers are often integral to the production of components for a range of application areas, including medical device manufacturing. These parts are then integrated in numerous products that vary from…
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Fiber-chirped pulse amplification (FCPA) technology has been revolutionary in producing ultrashort pulsed lasers, which have since been used for material processing concepts in a wide range of market sectors. With…
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An abundance of distinct laser technologies exist today, but each type is built on early research in light-amplification by stimulated emission of radiation (laser). This ground-breaking technology is now characterized…
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