Collimators

Beam Transformation Systems support 600-1,600 nm wavelengths.
Collimators

Beam Transformation Systems support 600-1,600 nm wavelengths.

Available with pitches of 200, 400, and 500 -µm, Beam Transformation Systems bundle and symmetrize asymmetrical laser beams generated by diode laser bars and mini bars. Residual divergence ranging from 12 to under 5.0 ensures high beam quality. To achieve best possible performance for specific application, systems use 4 Fast Axis Collimators that have been optimized for short focal lengths.

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Beam Transformation Systems support 600-1,600 nm wavelengths.
Collimators

Beam Transformation Systems support 600-1,600 nm wavelengths.

Available with pitches of 200, 400, and 500 Â-µm, Beam Transformation Systems bundle and symmetrize asymmetrical laser beams generated by diode laser bars and mini bars. Residual divergence ranging from 12 to under 5.0 ensures high beam quality. To achieve best possible performance for specific application, systems use 4 Fast Axis Collimators that have been optimized for short focal lengths.

Read More »
LIMO: FAC Lenses Now Only Available in  D" Class
Collimators

LIMO: FAC Lenses Now Only Available in D" Class

More standard products, each one with superior quality Success story: Fast-axis collimator celebrates 20 years The O lens" is a thing of the past, and D quality (diffraction limited) is here to stay. This simple phrase sums up the major innovation among FAC lenses, which LIMO has once again optimized. Users can now obtain the best standard lens quality offered anywhere on the market – without...

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LIMO: FAC Lenses Now Only Available in  D" Class
Collimators

LIMO: FAC Lenses Now Only Available in D" Class

More standard products, each one with superior quality Success story: Fast-axis collimator celebrates 20 years The O lens" is a thing of the past, and D quality (diffraction limited) is here to stay. This simple phrase sums up the major innovation among FAC lenses, which LIMO has once again optimized. Users can now obtain the best standard lens quality offered anywhere on the market – without...

Read More »
Collimators

Slow Axis Collimators work with laser bars.

Consisting of monolithic array of cylindrical lenses that are designed to collimate individual emitters of laser bar, Slow Axis Collimators provide numerical aperture of 0.05, surface accuracy of λ/4, and low curvature deviation. RoHS-compliant units feature standard AR coating for 790–990 nm and provide greater than 99% transmission. Measuring 12 mm long x 1.50 mm high, collimators come in...

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Collimators

Slow Axis Collimators work with laser bars.

Consisting of monolithic array of cylindrical lenses that are designed to collimate individual emitters of laser bar, Slow Axis Collimators provide numerical aperture of 0.05, surface accuracy of λ/4, and low curvature deviation. RoHS-compliant units feature standard AR coating for 790–990 nm and provide greater than 99% transmission. Measuring 12 mm long x 1.50 mm high, collimators come in...

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Fast-axis Collimator (FAC): One Lens for Many Applications
Collimators

Fast-axis Collimator (FAC): One Lens for Many Applications

Take two: New product lines with additional standard coatings Wavelength range increased to five times its original size This is a special kind of success story. Nearly two years ago, LIMO introduced its new FAC300 collimator which concentrates the fast axis of high-power laser diodes. With a focal length of 300 -µm and an NA (numerical aperture: measure of the ability to concentrate a ray of...

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Fast-axis Collimator (FAC): One Lens for Many Applications
Collimators

Fast-axis Collimator (FAC): One Lens for Many Applications

Take two: New product lines with additional standard coatings Wavelength range increased to five times its original size This is a special kind of success story. Nearly two years ago, LIMO introduced its new FAC300 collimator which concentrates the fast axis of high-power laser diodes. With a focal length of 300 Â-µm and an NA (numerical aperture: measure of the ability to concentrate a ray...

Read More »
Mechanical Accelerators

Johns Hopkins Kimmel Cancer Center Acquires Elekta Versa HD System

New system sets benchmark in radiation oncology versatility and capabilities BALTIMORE- – The Johns Hopkins Department of Radiation Oncology and Molecular Radiation Sciences in the Kimmel Comprehensive Cancer Center, The Johns Hopkins Hospital (Baltimore, Maryland) has acquired Elekta's Versa HD™ linear accelerator. The radiation therapy system features the versatility to deliver high-volume...

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