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Posts by category
- Category: 3D
- Category: brachytherapy
- Category: Cambridge
- Category: FAQ
- Understanding STVZO Bike Light Pattern and Optical Design
- Overview of Pi-Shapers, for beam shaping
- How to Hire Optical Engineers: Questions, Skills, and Specializations
- Understanding K Correlation in Optical Design: Managing Stray Light and Light Scattering
- Designing Stereo Lens Pairs
- Questions and Answers optical resolution
- Beam Expander Design
- Exploring the Scheimpflug Principle: Depth and Clarity in Imaging | OFH
- Dispersive Prism
- Top 12 Resources for Mastering Lens Design: A Comprehensive Guide
- Optics Content Directory
- 3 Keys To Quality Double Gaussian Lens Design
- Laser Beam Caustic: Explained
- Understanding Rayleigh Range: Key to Laser Beam Propagation
- Laser and Adaptive Headlight Tech Explained
- Aviation Light Optic Design
- RXI Collimators explained
- Non-Contact Tonometers
- Ophthalmoscope Optical Layout
- Scan Mirrors In Industrial Welding
- Steering Mirrors In LIDAR Systems
- Understanding objective lenses
- Rigid Endoscope Design
- Cardinal Points
- Powell Lens Design
- Calcium Fluoride Glass: An Overview
- Beam Splitters: Explained
- Koehler Illumination
- Tessar Lens Design
- M squared and designing laser beam optics
- Fisheye Lens Design
- Parabolic Mirror Design
- Apochromatic Lens Design
- Understanding Free Space Optical Communication Design
- Optical Design Considerations for Underwater Optics
- Unlocking Risley Prisms: Precision in Optical Steering | OFH
- How the Abbe Sine Condition impacts optical designs
- Exploring LIDAR Lens Design: Innovations and Applications in Optical Engineering
- Telecentric Lens Design: Enhancing Precision in Optical Systems
- What is Birefringence?
- 5 Applications of Cylindrical Lenses
- Medical Use of Photodiodes
- Design considerations for microlenses and lensarrays
- Mastering Spot Diagrams: Analyzing Optical System Quality | OFH
- Mastering Relay Lens Design: Enhancing Optical Systems | OFH
- 5 things to know about refractive index
- TIR Lenses, 3 basic design concepts
- Advanced materials for LED optics
- Category: Gregg Favalora
- Category: illumination
- Understanding the optics behind a PAPI light
- Conoscopic Lens Design
- Non-sequential ray tracing
- How does a light pipe overmold work?
- Light Source Safety Calculator
- Variable spot size + color mixing optical system
- 5 best materials for LED illumination optics
- Expanding Zemax Capabilities with User Defined Objects
- Fundamentals of Luminaire Design, LightFair
- How to specify an LED optic
- Video On Using LED Optics
- How To Design an LED Optic In Zemax
- Category: illumination lens design
- Category: imaging
- Category: LDR
- Category: LED
- Category: lens design
- Using Auto-Collimators for Optical Assemblies
- Understanding Paraxial Lenses
- 3 Rules For Plano Convex Lens Design
- Retinoscope Design
- The Role of F-theta Lenses in Laser Scanning
- How Aspheric and Freeform lenses work
- Benefits of Zemax’s Black Box Lenses
- Scanning and Fluorescent Microscope Design Steps
- Types of Optical Designs used for Rifle Scopes
- Achromatic doublet design and optimization
- Understanding Opto-Mechanical Design: Examples and Definitions
- What are a ‘typical’ steps in lens design ?
- Can your lens vendor test your lens?
- How much does a custom lens cost?
- An Overview of Wide-Angle Lens Projections
- Difficulty of optical requirements for roadway lighting, ranked
- Infrared and thermal optics material selection
- Designing a custom macro lens for smartphone
- Infrared and thermal imaging design
- Lens attachments for smartphone cameras
- Radius of curvature requirement in optical drawings
- Surface texture requirement in optical drawings
- Mastering Optics Production Drawings: A Comprehensive Guide to ISO 10110 Standards
- How to reverse engineer a lens.
- Category: lens design consulting
- Category: machine vision
- Category: mechanical design
- Category: NES-OSA
- Category: OFH
- Category: Opthalmology
- Category: Optical Components
- Category: optical design
- Infinity Corrected Microscope Design
- Understanding RMS Wavefront Error: An In-Depth Exploration | OFH
- Is higher sensor resolution always better?
- Steps for correcting chromatic aberrations in lens design
- 3 key focus tunable lenses technologies
- Selecting a lens manufacturer
- Datum Surface In Optical Drawings
- OFH helps design LED device for infant jaundice
- Category: optical engineering
- Designing optical systems with hot and cold mirrors
- How to read an MTF chart
- Introduction to Interferometers, theory and design types
- Laser Beam Homogenizer: Ensuring Uniformity in Laser Applications
- Free multi-catalog lens search tool launched
- Launching a custom spectrophotometer design
- Lens attachment design, wide angle and telephoto lenses.
- Optical coating definitions and standards
- Category: optics
- Category: optics definitions
- Category: opto-elelctronics
- Category: opto-mechanical design
- Category: patents
- Category: prostate cancer
- Category: resolution
- Category: reverse engineering
- Category: scanners
- Category: science
- Category: spectrometers
- Category: surgical planning
- Category: ultrasound
- Category: Uncategorized
- Knife Edge Test for Lens Evaluation
- Screen Scratch Detection System
- 5 Tricks to Control Stray Light
- Bidirectional Scattering Distribution Function
- Anamorphic lenses
- Simple system for laser speckle reduction
- Making LIDAR cheaper
- Innovators in robotics
- In the eyes of the beholder: strides in computer intelligence
- 10 suppliers of off-the-shelf lenses
- Build your own portable polariscope
- Distinctive design features of infrared optical systems
- The future of mobile optics, Apple patent filings
- Holidays wouldn’t be the same without optics
- 6 awesome optics-related smart phone tools
- What we’re reading: 3D display advances
- Getting Started With Synthetic Aperture Photography
- Enet meeting on bootstrapping, Nov 2
- ENET
- Category: Victor Argueta
- Category: Video
- Category: Zemax
