Schneider Optics - SYLVINE Telecentric Lenses
- 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
These bilateral telecentric 2/3" C-Mount lenses for 0.2x - 1x magnification are precise instruments for accurate dimensional measurement and high resolution micro inspection. The special telecentric design is the key for easy inspection of holes and tubes. Telecentricity not only on the object but also on the sensor side keeps the image position even with slight defocussing or sensor misalignment.
Discover the compatibility of SYLVINE lenses with top sensor brands
Check out the optimal sensor compatibility for SYLVINE lenses. Our selection includes a variety of compatible sensors from leading manufacturers such as OnSemi, GPixel, Teledyne e2V. Improve your imaging efficiency and accuracy with the ideal lens-sensor combination.
Lens Models
|
Lens |
Magnification |
Numerical Aperture |
Max. Sensor Size |
Mount |
Special Feature |
Datasheet |
|---|---|---|---|---|---|---|
|
0.2x |
0.03 |
(11 mm) 2/3" |
C-Mount |
- |
||
|
0.25x |
0.03 |
(11 mm) 2/3" |
C-Mount |
- |
||
|
0.35x |
0.05 |
(11 mm) 2/3" |
C-Mount |
- |
||
|
0.5x |
0.07 |
(11 mm) 2/3" |
C-Mount |
- |
||
|
1.0x |
0.14 |
(11 mm) 2/3" |
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 CHAROITE lens
>>>High-Precision Measurement
The lenses are suitable for measurements where the maximum precision is required.
>>>Tube Inspection
The lenses are suitable for high speed, high sensitivity tube inspection applications.
>>>Jewel Inspection
The lenses are suitable for quality control of jewellery to the highest standards.
Environmental Facts of the SYLVINE lenses
Our SYLVINE telecentric lenses are tested to DIN standards to ensure they meet stringent environmental requirements. These tests check the durability of the telecentric 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 high-precision measurement or tube 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
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
- Focus tunable liquid lens included
- Large working distance range
- Fast focus within milliseconds
- Large image circle
- Image circle: 62.5 mm - 82 mm
- High resolution down to 5µm pixel size
- Optimized for specific magnifications
- 6 magnifications available: 0.1x - 2.0x
- Version with beamsplitter available
- Best azimuth marking
- V48-Mount for easy installation
- 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
- 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
- 1.2" (19.3 mm) max. sensor size
- Very high resolution down to 2.4µm pixel size
- Low chief ray angle suitable for all SONY Pregius™ generations
- C-Mount lens
- 5 focal lengths: 12 mm - 50 mm
- Initial aperture: F2.8
- Optimized for long working distances up to infinity
- Low chief ray angle suits all SONY Pregius™ generations
- 1.2" (19.3 mm) max. sensor size (TOPAZ 2.4/6.5: 1.1")
- C-Mount lens
- 6 focal lengths available: 6.5 mm - 50 mm
- Initial aperture: F2 - F2.8
- Motorized iris available
- Extremely high resolution down to 2.8 µm pixel size
- Very large image circle of 82 mm
- Optimized for 5x magnification
- Suitable for line and array sensors
- Working with SONY IMX461, IMX661, IMX811 and others
- Interchangeable steel dipping caps
- V-Mount for easy installation
Acquire high quality images with accurate radiometry for LEO (Low Earth Observation) earth observation applications with 65 MP focal plane and control electronics. From a 500 km orbit, SEEING™ 230 Ident has 9 x 6 km2 swath, offering a 1.03m native Ground Sample Distance (GSD), and features a super-resolution optional mode providing 70cm GSD. Thanks to its unique design, SEEING™ 230 Ident has an ultra-low SWaP factor. It is made of advanced ceramic material for strength during launch and stability during operation in space. It is athermalized and gradient insensitive between -10°C to +50°C. It has a low mass, below 8kg, saving both platform and launch costs.
Schneider Optics
Large Format, Telecentric and Line Scan Lensing
