Holo/Or

Kiryat Weizmann PO Box 1051
Rehovot 76114
Israel
972-8-940-9687
972-8-940-9606
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More Info on Holo/Or

Designs and manufactures stock and custom diffractive optical elements. Standard parts include beamsplitters, beam shapers (Top-Hat), beam samplers, homogenizers/diffusers, multi focal lens DOEs.

Articles

Three-dimensional (3D) beam shaping improves laser processing speed and enables new industrial laser applications.
Using a diffractive optical element (DOE) enables economical mass production of bipolar plates for fuel cell power vehicles.
Microscopy vortex phase plates provide precise shaping to a symmetrical donut, with no undefined area in the center of the plate.
A multibeam optical engine that integrates a scanner and a synchronized mechanical stage enables a new class of accuracy and throughput for processing of large scan-field areas...
The DeepCleave module for ultrashort-pulse infrared (IR) laser glass-cutting equipment transforms a Gaussian laser beam into constant peak power along the entire depth of focus...
SCANLAB's new affiliate company, HOLO/OR, brings expertise in DOEs, a technology that augments SCANLAB's laser scanning products.
Polymer on Glass beam shapers allow accurate beam shaping or multichannel beam splitting.
The Broadband Diffuser is a beam-shaping microrefractive optical element for high-power applications that use more than one wavelength in the same optical path, from UV to near...
A collimated beam shaper module is designed for applications requiring an extended working distance range or long depth of focus.
This diffractive optical element (DOE) tuner is a variable 0.8X-1.2X zoom module that can be used to fine-tune a beam, before or after the DOE.

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Additional content from Holo/Or

Optical simulation tools can provide a thorough understanding of how ultrashort laser pulses influence the beam-shaping characteristics and capabilities of diffractive optical...
The High Efficiency Quadra Spot (HEQS) is a 2 x 2 beamsplitter with an efficiency >95%.
A new variable beam tuner has been designed for use with diffractive optical elements (DOEs).
A focusing module optimized for beam shapers contains an array of five lenses, and a top-hat image is produced at the back focal length of the module.
An Undesired Order Blocker (UDOB) module blocks up to 99% of all undesired orders in material processing and metrology applications, including the zero order.
A series of beam splitter diffractive optical elements optimized for a 694 nm ruby laser have efficiency of 70–80% and are designed for high-power lasers.
A multifocal diffractive optical element allows a single collimated beam to focus simultaneously at several focal lengths along an axis.
This optical vortex element has an outside profile that is square, while the inside is round.
The Multi-Spot is a new 8 × 8 multi spot diffractive optical element for 2.94 µm and for 632.8 nm.
A series of 37 Hex elements creates 37 spots organized in a hexagonal shape for medical applications.