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Articles
- Diffractive UV beam splitters enable high speed laser grooving in semiconductor packaging
- Enhancing Laser Metrology with Diffractive Optics: Precise Solutions for Semiconductor Manufacturing
- Holo/Or Newsletter – Q3 2024
- Laser Glass Welding: improving the laser beam weld with diffractive optics
- Welding with high laser power: how beam shaping can overcome process bottlenecks
- Enhancing Efficiency in Directed Energy Systems using Diffractive Optics
- Innovative laser cutting techniques for glass using Diffractive 3D beam
- Holo/Or Newsletter – Q2 2024
- Diffractive beam splitters quantum applications
- Why do many laser applications require smooth shape laser beams?
- Structured light laser beam shaping using diffractive optics
- Custom diffraction gratings- design and applications
- Integration of diffractive optics in beam splitter microscope imaging systems
- Diffractive beam splitters use case: Beam Splitters optics for Battery Electrode Laser Texturing
- UV beam splitters: Enhancing throughput in multiple precision industries
- Aspheric focusing lenses for Focal shaping – selection guideand case study
- Laser beam shaping for laser welding and additive manufacturing
- Diffractive beam shaping methods for Picosecond laser glass cutting
- Enhancing Laser Medical Aesthetic Applications with Diffractive Optical Elements (DOEs)
- Diffractive optics for coherent beam combining: an overview
- ZnSe beam splitter for high power laser applications in industry and aesthetics
- Laser Line Generator Optics for Wafer Inspection
- Top Hat Application Focus: Laser Material Processing with Flat Top Spots
- Typical Applications of a High Power Beam Splitter in Precise Laser Micro-machining
- Laser Shaping case study – 3D shaping for laser cutting glass with real time bevel creation
- FAQ
- Using a Broad band diffuser as laser beam homogenizer- typical applications and use cases
- Diffractive Laser beam sampler – a vital component for process control in high power laser systems
- Diffractive beam splitter use case: Laser beam splitters enable high throughput laser perforation
- Top Hat beam shaper use case: how diffractive optics enable the energy transition to green energy
- Laser beam shaping optics for laser welding applications
- Uses and functions of phase plate optics
- Diffusers engineered for optimal process performance- the advantages of advanced diffuser optics for laser processing
- Use of Top Hat Beam Shaper for CO2 film cutting applications in the display industry
- Holo/Or production – an overview of more than 30 years as a leading diffractive optical element manufacturer
- Flexishaper adjustable beam shaper proved to increase high speed laser welding by >50%
- Diffractive Optical Elements for use in Infrared Systems – Laser welding application case study
- Diffractive beam shaper – Top hat energy distribution shaper
- Adjustable ring shaping for laser welding applications
- Laser display debonding without cylindrical optics using a custom diffractive optical element
- New challenges for the laser micromachining community
- DLITe enables record breaking laser surface functionalization
- Engineered Diffuser for Multi-Wavelength Lasers
- Tophat output diffractive beam shaper
- STED Simulation and Analysis by the Enhanced Geometrical Ray Tracing Method
- Light Shaping Diffuser case study – uses in Additive Manufacturing
- The use of a split laser beam in laser material processing applications: a short review
- Confocal Microscopy Using Laser Beam Splitters: Diffractive Beam Splitter Use Case
- Optical diffusers: design, production and use
- Introduction to vortex beam
- Vortex plate application case study – STED Microscopy
- Uses of Phase plates to improve quality and yield in high power laser processing
- Diffractive Optical Element
- Beam splitter use cases – Diffractive optical beam splitters for laser multi-beam processing
- Micro Lens Arrays: Pioneering Advanced Imaging Solutions
- What are optical homogenizers / diffusers? Optical homogenizer definition and applications
- Advantages of diffractive optical lenses in commercial applications
- Unique diffractive element case study: beam combining in medical laser applications
- diffraction optical elements
- Laser beam shaping case study – Top hat beam use in microelectronics laser processing
- Laser Beam Shaping application spotlight – Laser Shock Peening Process
- Laser beam shaping case study – Diffractive optical elements for fractional laser aesthetic treatments
- Flexishaper – Adjustable Diffractive Beam Shaper for laser cutting and welding applications
- Laser beam shaping application case study – Diffractive Laser Induced Texturing (DLITe™)
- Diffractive beam splitter
- Top Hat Application case study – Micro LED laser lift off
- Diffractive Optical element basics
- Beam shaping in Laser Welding Applications
- Flat Top Laser Beam
- Diffractive optics Lenses
- Cost Effective Polymer on Glass Beam Shaping Solutions
- Diffractive Optics
- Diffractive optical elements
- Laser Beam Shaper
- Diffractive optical element design and manufacturing
- Acquisition Brings Expertise in Diffractive Optical Elements
- Broadband hybrid diffusers
- DOE – Diffractive Optical Elements basics and advantages
- Top Hat Laser beam explained
- Flat Top Laser Beam Shapers
- accurate beam shaping in low- to medium-power laser applications
- A passion for Product development
- Homogenizer working principle
- Laser Beam Splitter Applications
- Axicon Bessel beam generation using diffractive axicons
- Random dot generator
- M6 formalism
- A cost effective beam shaping solution
- Realistic beam modeling in Zemax OpticStudio
- Laser Surface Texturing using DOE
- DLIP system optical modelling using ZEMAX OpticStudio software
- Homogenizer for Brazing and Welding Applications – Holo Or
- High Efficiency Beam Splitters
- Method For Laser Source Definition in ZEMAX
- ZnSe Diffractive Axicons
- C Shape Advanced Beam Shaping for Welding Applications
- Polychromatic or Multichannel Broadband Diffuser
- Glass Cutting with DeepCleave(TM) Solution
- CIOE 2019 Summary
- CIOE 2019
- China International Optoelectronic Exposition 2019
- Large Area Multi Line Scanning For Panel Processing
- PROMETHEUS Project
- Adjustable Beam Shaping Methods for Industrial Applications
- Adjustable-Function Beam Shaping Methods
- DOE: Myth or Fact?
- High-angle DOE for 3D sensing and laser projection applications
- Germanium Beam Shaper for Broadband Mid-IR sensing
- Industry Beam Shaping Bottlenecks Webinar
- Beam Shaping with Diffractive Optics – Basics & Fundamentals
- Cleaning DOE – Instructions
- Laser Damage Threshold of our DOE
- Broadband Diffusers Launched
- Minimizing Zero Order in Diffractive Optical Elements
- DOE combinations
- Dual Wavelength F-Theta Lens Beam Combiner
- DOE Tuner Module Video
- Laser Perforation
- Holoor’s patents
- Methods to reduce Zero Order
- Ultrashort pulse (USP) laser influence beam-shaping optics
- P-Code for Top-Hat Simulation
- LeanLine M2 module video
- Multi Line Custom Beam Shaper
- Fiber Coupling
- New product Launch – Mode Converter
- Elongated Focus Diffractive Optical Elements Applications
- Zemax Integration of Diffusers using BSDF
- Randomized Array of Diffractive Axicons (RADA)
- Diffractive beam samplers for RT detection of focal position
- Binary Beam Shaper & F-Theta Lens
- Optimizing laser welding by beam shape tailoring
- Laser Beam Splitting by Diffractive Optics
- Fractional Laser Skin Treatment Using Diffractive Optics
- Israel Grossinger Interview
- Diffractive Optical Elements for Biomedical Applications
