You can select the right optics which work best for your application
Substrate Material
- N-BK7
- CDGM H-K9L
- Fused Silica
- JGS1
- JGS2
- JGS3
- Germanium
- Silicon
- Zinc Selenide
- Zinc Sulfide
- Sapphire
- Calcium Fluoride
- Magnesium Fluoride
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Optics Type
- Plano-Convex Lens
- Bi-Convex Lens
- Plano-Concave Lens
- Bi-Concave Lens
- Positive Meniscus Lens
- Negative Meniscus Lens
- Achromatic Doublet
- Achromatic Triplet
- Optical Mirror
- Optical Filter
- Optical Beamsplitter
- Optical Windows
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Surface Accuracy
- Flatness λ/2
- Flatness λ/4
- Power 3 λ/2
- Power 3 λ/4
- Irregularity PV λ/2
- Irregularity PV λ/4
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Application
- Anamorphic Shaping
- Beam Expanding Application
- Beam Sampling Application
- Biomedical Application
- Broadband Focusing and Collimation
- CO2 Laser
- Collimating a Convergent Beam
- Collimating a Point Source
- Combining / Splitting Beams
- Combining / Splitting Nd:YAG Laser Beams
- Correction of All Primary Chromatic Aberrations
- Cylindrical Requiring Minimal Aberration
- Decreasing The NA of An Optical System
- Defense Industries
- Diverging a Collimated Beam
- Diverging a Convergent Beam
- Eliminating Etalon Effects
- Excimer Laser
- Fiber Coupling
- Finite Conjugate Application
- Finite Imaging Application
- Fluorescence Microscopy Applications
- Focusing a Collimated Beam
- Focusing a Divergent Beam
- Focusing Application
- Folding or Compacting An Optical System
- Galilean-Type Beam Expander
- High Power Application
- Imaging Application
- Improved Monochromatic Performance
- In Electro-Optical & Imaging Systems
- In High Efficiency Illumination Systems
- Increasing The NA of An Optical System
- Industrial application
- Industrial Measurement
- Infinite Conjugate Application
- Interferometry
- IR Imaging
- IR Laser
- IR Spectroscopy
- Laser Application
- Laser Diode Collimation
- Laser Focusing
- Laser Instrumentation
- light collection, imaging, and focusing applications
- Light Collimation
- Low Power Application
- Low Power Application for Broadband Reflectance
- Low-Light Application
- Machine Vision
- Microscopy Application
- Military Application
- Minimize Beam Displacement and Eliminate Ghost Images
- MIR Laser
- MWIR Detection System
- MWIR Laser System
- Nd:YAG laser
- Nd:YAG, Ar-Ion, Kr-Ion, and CO2 lasers
- Optimized On-Axis Performance
- Pharmaceutical Industries
- Polarizers within Laser Cavities
- Preventing Cavity Feedback
- Protecting a Laser Output
- Regulation Technology and environment protection
- Relay Imaging
- Robotics Industries
- Safety Glasses
- Security Application
- Spectroscopy
- Splitting Beams Maintaining Polarization
- Splitting Light (Not Sensitive to Polariztion)
- Thermal Imaging
- THz imaging
- Transmitting P Pol. and Reflecting S Pol.
- UV and IR Application
- Visible Alignment Laser
- Visible and NIR application
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