All Resources
Introduction to Diffraction Grating >
Transmission Grating in Real Life >
Reflective Grating and Line Spacing Explained >
Diffraction Grating Playground (Simulations) >
Comparison of Nd Doped Crystals >
Brief Introduction to Nd:YVO4 >
CO2 Laser, Nd:YAG Laser and Fiber Lasers – Which is Right for me? >
Choosing the Right Crystal Size and Cut for Your Laser >
Introduction to nonlinear crystals >
Polishing Technique for Different Crystals >
The difference between Sapphire laser and YAG laser >
The Characteristic and Application of Nd:YAG Laser >
List of Common Nonlinear Crystal >
Comparison of laser crystals >
Output Characteristic Of Nd:YAG Laser >
Output Wavelengths of Common Lasers >
Common Laser and Wavelength for ophthalmology >
Comparison between YAG Laser and Fiber Laser >
How YAG Laser can be used on dermatology >
How YAG laser can be used for cutting >
Comparison between CO2 Laser and YAG Laser >
20 Common Lasers for Treatments >
Introduction to Lasers using on beauty treatment >
Comparison of Solid State Lasers and Semiconductor Lasers >
What are the different types of lasers? >
Common Fiber Lasers With Different Wavelength >
What is frequency quadrupling >
Laser Damage In ophthalmology >
What is intracavity frequency doubling >
What is nonlinear pulse distortion >
Common Lasers for Ophthalmology >
Key Parameters in Ophthalmology Lasers >
Why laser can be used for Ophthalmology treatment >
Laser’s Major Application on Treatment >
Laser used in Fat Loss Treatment >
What is Wall-Plug Efficiency for Laser >
Power Conversion and Coupling Efficiency for Laser >
What is Quantum Efficiency, Quantum Defect, and Slope Efficiency >
How to measure the Linewidth of a Laser >
What is Tunability of a Laser >
Beam Collimation, Divergence, Beam Expansion, and Beam Reduction >
How laser can be used for Alignment >
How laser can be used as Probes >
How laser used for precision measurement >
How laser can be used in Imaging,Detection,Ranging >
How laser can be used in Laser Communications >
How laser can be used in leveling and surveying >
How laser can be used for listening >
Basic principles of laser physics >
An introduction to CO2 Laser >
An Introduction to Solid-state Laser >
An Introduction to Diode Laser >
Laser in Industrial Applications >
Laser for Separating Functions >
Laser for Control and programming >
Example of Laser on Material Processing >
Benefits and drawbacks of laser marking >
Expense of Laser material processing >
Application of Laser tracker >
Diode-Pumped Nd:YAG Green Laser with Q-Switch and Mode Locking >
Material for Achromatic lens bonding >
Processing of Aspherical Lens >
Selection of optical components >
Common Optical Substrate for Lenses >
Common Material for Optical Coating >
The frequently using optical polymer for Lens >
What’s the difference between dielectric coating and metallic coating >
Manufacturing Optics with CNC >
Measuring Transmittance of Optical Materials >
Bubble and inclusion measurement in Optical Material >
Measuring Optical Components >
Inspection of an Optical Components >
Inspection of Optical Surface >
Main Defects in Optical Elements >
Illustrations of Visible Defects in Optical Elements >
Measuring and Calculating Visual Defects >
Example of Scratch-Digs Defects >
Optical Defects According to ISO standard >
A few thoughts about optical defects >
How to clean and handle optics >
Cleaning and handling assembled optical elements >
Guidelines of Cleaning And Handling Optics >
What is Modulation transfer function(MTF) >
What is Minimum resolvable contrast >
What is Resolving power (or resolution) >
Design of a Simple Visible Spectrometer Based on RPi >
Optical Height Measurement System Based on Binocular Camera >
Irradiance characteristics for the off-axis parabolic collimating mirror >
Manufacture of an aluminum alloy off-axis parabolic mirror >
Manufacture of Φ420mm off-axis paraboloid mirror >
Contrastive measurement of off-axis paraboloids >
Ion Beam Polishing Process of Off-Axis Parabolic Mirror >
Optical design of THz image surface scanning with an off axis parabolic mirror >
Spot characteristics of laser beam after focusing by off-axis parabolic mirror >
Design of 50~100 µm Terahertz Imaging Len >
Lens design and verification used for terahertz space transmission >
Design of optical lens for terahertz detector array using Tracepro >
Cyclic Olefin Copolymers Lens for Terahertz Application >
Design of terahertz focusing lens based on highresistivity silicon metasurface