Collimated Optics Software Uniform Source Systems

אופטיקה בישראל Collimated Optics, Software and Uniform Source Systems

Uniform Sources
Target Wheels
Collimators
Blackbodies
Software

FULL SPECTRUM. FULL CALIBRATION. FULL TESTING.
Give you an immense range of complete electro-optical testing solutions.

אם אתם מחפשים מערכת אופטית, אתם מוזמנים ליצור עימנו קשר לקבלת ייעוץ, פרטים נוספים והצעת מחיר

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Here are 10 similar products that are in high demand today, serving a similar purpose of optical design, testing, and metrology.

1. Optical Design and Ray Tracing Software

This is a direct software analog. Companies like Zemax (Ansys OpticStudio) and CODE V (Synopsys) provide powerful software platforms for designing and simulating optical systems. They are used to model how light rays travel through a system, analyze aberrations, and optimize the performance of lenses, mirrors, and other components. This software is essential for the design phase before any physical hardware is built.

2. Camera and Imaging Test Systems

These are comprehensive hardware-software systems used to measure the performance of cameras and imaging sensors. They often include test charts (like ISO 12233 charts), uniform light sources, and analysis software to evaluate metrics such as resolution, distortion, noise, and color accuracy. They are vital for quality control in the consumer electronics, automotive, and machine vision industries.

3. Integrated Spheres

An integrated sphere is a foundational component for creating a uniform light source. It’s a hollow, spherical cavity with a highly reflective inner coating that diffuses light. When used with a light source, it provides a spatially uniform and Lambertian output, which is crucial for calibrating sensors and displays.

4. Blackbody Radiators

A blackbody is a highly precise and uniform source of thermal radiation. While not an optical uniform source for the visible spectrum, it serves the same function for calibrating infrared (IR) cameras and sensors. It provides a known amount of radiant energy at a specific temperature, which is essential for thermal imaging applications.

5. Collimators and Autocollimators

A collimator makes light rays parallel, effectively projecting a target at a virtual infinity. An autocollimator is an advanced version that also acts as a highly sensitive measuring device for small angular deflections. They are indispensable for aligning and testing optical components and systems, and for measuring surface flatness and parallelism.

6. Light Engines and LED Illumination Systems

These are modular, high-power light sources used for microscopy, machine vision, and medical imaging. They offer precise control over light intensity, color, and uniformity. They are often used in conjunction with diffusers and light guides to provide a uniform illumination field for imaging applications.

7. Photometric and Radiometric Measurement Instruments

This category includes devices like luminance meters and spectroradiometers that precisely measure the brightness and spectral power of a light source. They are used to verify the output of uniform sources and to characterize displays, ensuring that the light output meets specific standards.

8. Motion and Positioning Stages

For automated testing, high-precision motion stages are used to position the device under test (DUT) relative to the collimated source. These stages offer multiple degrees of freedom (x, y, z, rotation) and are often controlled by software to automate the calibration process, especially for large-scale production testing.

9. Stray Light and Glare Analysis Software

While collimated systems test on-axis performance, software for stray light and glare analysis focuses on off-axis light that can degrade image quality. Tools like Ansys Speos and LightTools are in high demand for this purpose, as they simulate how unwanted light from sources outside the field of view can affect a sensor or camera.

10. Optical Metrology and Profiling Systems

These systems are used to measure the physical characteristics of optical components themselves, such as lens curvature, surface roughness, and wavefront quality. Products like interferometers, which measure deviations in wavefronts, are essential for ensuring that the components used in collimated systems or other high-performance optics are manufactured to the required precision.

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OPTICAL PERFORMANCE SPECIFICATIONS Spatial Luminance Uniformity over Exit Port: (f/4) – All Lamps On +/-1% +/-1% Angular Uniform FOV: (Full Angle) – Degrees / F# / NA – All Lamps On +/-2.0% – 36 / 1.4 / 0.31 +/-2.0% – 36 / 1.4 / 0.31 Expected Maximum Luminance Output: cd/m2 5,000 7,100 Expected Maximum Illuminance at Port: lux 15,700 22,300 Peak Radiance: W/m2-sr-um @ 1.10 um 200 287 Peak Irradiance @ Port: Photons/s-m2-um @ 1.10um 1.13E+21 1.50E+21 Minimum Resolution: lux 1.00E-06 1.00E-06 Number of Steps in System Range: 8.00E+06 8.00E+06 Dynamic Range/Bits/dB: 1.00E+10/32/199 1.00E+10/32/199 Approximate Correlated Color Temperature: (QTH) 2856K +/-50K 2856K +/-50K Typical Derated Lamp Lifetimes @ 2856K: (hrs) >500 >500 Est. Lamp Degradation Over Lifetime: (% & CCT Shift) -10% & +/-200K -10% & +/-200K Est. Output Degradation over 50hrs: (% & CCT Shift) -1.0% & +/-20K -1.0% & +/-20K INTEGRATING SPHERE Coating/Material: Spectraflect Spectralon Sphere Internal Diameter: Inches (Meters) 12 (0.3) 11.5 (0.29) Frame Type Cage Output Port Size: Inches (Meters) 4 (0.1) 4 (0.1) SYSTEM COMPONENTS QTH Lamps Internal: (# , Wattage) (1) 5, (1) 10 (1) 5, (1) 10 Spectralon Satellite Sphere: (ID/OD) 3”/4” 3”/4” Lamp &Tube: (#, Wattage) / Pinhole (1) 5 / Yes (1) 5 / Yes Internal Satellite Lamp: (#, Wattage) (1) 50 (1) 50 Power Supplies: (# – Model) (4) LPS-400 (4) LPS-400 Variable Attenuator: VAA-220B VAA-220B Monitor Detector(s): SD-L1, SD-S1 SD-L1, SD-S1 Optional Monitor Detector: EID-T1 EID-T1 TE Controller: (1) (1) Filter Wheels: (2) HFW-1-8 (2) HFW-1-8 Detector Filters: (in Filter Holders) Photopic Photopic System Software: HELIOSense HELIOSense DIMENSIONAL INFORMATION Approximate Dimensions of Sphere System: (DxWxH) 14” x 20” x 24” 14” x 20” x 24” Approximate Weight of Sphere System: (Kg) 20 22 Approximate Dimensions of 19” System Rack: (DxWxH) 24.5” x 21” x 12.75” 24.5” x 21” x 12.75” Approximate Weight of System Rack: (Kg)