Component Supplier

Member Since 2017


LASER COMPONENTS USA specializes in sales, distribution and marketing of components in the laser and optoelectronics industry. We have been serving customers over 15 years in North America with products from our manufacturing sites in Germany, Canada and the US, as well as from well-selected international suppliers. Our strength lies in the ability to offer FLEXPOINT® laser modules (at different wavelengths and power) and colorPol® dichroic glass polarizers (for the UV, VIS, and IR range) as single pieces or series production. Applications include alignment, positioning, and measurement.

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Cutting Thick Glass with a Laser

POSTED 09/19/2019

Laser Components USA presents Holo/OR's DeepCleave module, a completely optical solution for cutting transparent materials, such as flat panelsLASER COMPONENTS USA, specialized provider of components and services in the laser and optoelectronics industry, presents Holo/OR’s DeepCleave module, a completely optical solution for cutting transparent materials, such as flat panels for mobile phones. A system of lenses with a diffractive optical element is used to focus a single-mode laser beam and create a stretched focus line of 2 mm in beam direction (Z-axis). This 1.8 µm diameter area features uniform intensity distribution.

Embedded in a tube, the DeepCleave system corresponds to a lens with a numerical aperture of 0.35 and can be used immediately. Additional lenses or expensive optics are not required. Together with a DOE from Holo/OR, the DeepCleave module also comprises the sophisticated optical system required to generate the long focal line with constant power density. To achieve this, an input beam with a precisely defined size and a small M² is required.

In mass production of glass for cell phones, displays, solar cells and other high-end -applications¬, long, precise cuts have to be made within a very short time. Cut rates of over 500 mm per second are not uncommon, with cut quality having a decisive influence on the flexibility and durability of the resulting components. Lasers with a uniform line on the Z-axis can penetrate deep into the material and deliver optimum results.

Further product information can be found here.