Schneider Optics - OPAL C-Mount Lenses
- 1.1" (17.6 mm) max. sensor size
- Very high resolution down to 2.4µm pixel size
- Low chief ray angle suits all SONY Pregius™ generations
- C-Mount lens
- Focal length: 12 mm
- Initial aperture: F2.8
Opal lens for the Industry
This C-Mount lens with 17.6 mm image circle and 400-1000 nm broadband AR coating is designed for pixel sizes down to 2.4 µm. The anti-shading design prevents shading caused by micro lenses and results in a very even light distribution. A robust metal housing ensures a stable image position even under harsh environmental conditions.
Discover the compatibility of OPAL lenses with top sensor brands
Check out the optimal sensor compatibility for OPAL lenses. Our selection includes a variety of compatible sensors from leading manufacturers such as Sony, OnSemi, GPixel, Teledyne e2V, ams. Improve your imaging efficiency and accuracy with the ideal lens-sensor combination.
Lens Models
|
Lens |
Focal Length |
Aperture Range |
Max. Sensor Size |
Mount |
Special Feature |
Datasheet |
|---|---|---|---|---|---|---|
|
12 mm |
F2.8-22 |
(17.6 mm) 1.1" |
C-Mount |
- |
Didn't find the right fit?
If these models don’t meet your requirements or specifications, explore our complete lens portfolio using our lens selector.
Applications & Markets of the OPAL Lens
Machine vision enables machines to recognise objects, patterns and other visual features through the integration of lenses and image processing.
>>>Automated Optical Inspection
Automated optical inspection (AOI) uses cameras and software to inspect and analyze components for defects in a manufacturing process.
3D and 2D measurement uses cameras and image processing to accurately measure the dimensions and geometry of objects.
Robotic vision can identify objects, measure distances and track motion, enabling robots to perform complex tasks autonomously.
Environmental Facts of the OPAL lenses
Our OPAL compact lens are tested to DIN standards to ensure they meet stringent environmental requirements. These tests check the durability of the compact lenses, their resistance to temperature changes and their ability to withstand shock tests and sinusoidal vibration. This ensures that the industrial lenses are up to the task in demanding industrial applications such as machine vision or automated optical inspection, providing consistent performance and reliability over time.
|
Slow Temperature Cycling |
Damp Heat, Cyclic |
Shock Testing |
Sinusoidal Vibration |
|---|---|---|---|
|
-25°C - +70°C 5 cycles a 12h DIN ISO 9022-2-14-03 -1 |
-23°C - +40°C 80% - 95% rel. humidity DIN ISO 9022-2-16-01-1 |
50 g / 11 ms 18 shocks DIN ISO 9022-3-30-06-1 |
2 g 10-500 Hz DIN ISO 9022-3-36-04-1 |
Optical Filters
By protecting the lens, eliminating unwanted wavelengths and enhancing contrast, optical filters improve the image quality of your lens in industrial applications.
>>>You may need an optical filter as well? Click here for more information
More Product Information
- Bilateral telecentric design
- Very high resolution down to 2.4µm pixel size
- 2/3" (11 mm) max. sensor size
- C-Mount lens
- 5 magnifications: 0.2x - 1x
- 1" (16 mm) max. sensor size
- C-Mount lens
- 3 focal lengths: 10 mm, 16 mm and 70 mm
- Initial aperture: F1.8 - F2.2
- Ruggedized and motorized iris available
-
Die-to-die stepping time of under 100 ms
-
Up to 20 dies/sec (70,000 dies/hour) with MultiDie Testing technology
-
Even extreme variations in height, such as the case with warped wafers, can be compensated
-
Interfaces to all major analysis instrumentation, optics software and testers
-
Access to top side and bottom side of device under test (DUT)
-
Highly accurate light measurement
-
Test automation out-of-cassette for 24/7 operation
See more Key Features on Specifications & Details tab
- 2" (32 mm) max. Sensor size
- 3 focal lengths: 35 mm, 50 mm and 75 mm
- Very high resolution down to 2.4µm pixel size
- Initial aperture: F2.8
- M42 lens and TFL-Mount lens available
- Covering a wide working distance range
SlimVue Microscope
- Combined eye-pieces and CCD camera mount
- 3x zoom and quick lens exchange
- Quick lens exchange
- 1 um optical resolution
- Minimized scope footprint
- Fast change from navigation optics to high-resolution optics
- Resolving ‹ 50 μm pads
- Simple integration with any mmW modules
Application Specific Sigma Kits
- Engraved guides on mmW platen
- Supports broadband, load pull, coax RF and banded waveguide configuration
- Optical feedback on platen position (gauge)
- Adaptable to any mmW/sub-THz applications
- Seamless integration with any mmW modules and tuners
- Fast mounting and setup change
THz measurement capability
- Rock-solid mechanical design
- Submicron stage accuracy
- Optical feedback on platen and probe position (gauge)
- Motorized positioner
- <+-1 um separation repeatability
- Micrometer-accurate and repeatable probe placement and overtravel
- Highly-precise and stable THz measurements
- The SL147 is characterized as a 2×2 Spot Light with the necessary optics to project light over longer distances.
- Ideal Illumination for medium working distances.
- The spot light is available in a very wide range of wavelengths from UV to IR.
- Diffuser and polarizer options are also available as well as several lens choices.
- A washdown version is also available as an option.
- The SL147 provides 88kLux at a working distance of 4” (100mm).
- Convenient mounting with an M4 nut channel.
- Image circle: 30 mm - 100 mm
- 11 focal lengths: 28 mm - 120 mm
- Covering a wide working distance range
- Lenses for specific magnifications available
- Very low distortion and high resolution
- V38-Mount, compatible to the V38 mounting system
- Initial apertures: F2.8 - F5.6
- SWIR (800-1800 nm) optimized
- 43.2 mm max. sensor size
- Focal length: 40 mm
- Initial aperture: F2.8
- Compatible to the V38-Mount System
- Extremely high resolution down to 3.5µm pixel size
- Image circle: 62.5 mm - 82 mm
- Optimized for specific magnifications
- 5 magnifications available: 2.6x - 5.2x
- Versions with beamsplitter available
- Best azimuth marking
- V-Mount for easy installation
Schneider Optics
Large Format, Telecentric and Line Scan Lensing
