Our stabilized lenses are designed for measurement applications requiring highly precise results. These specially secured lenses ensure that image shift is minimized to a level where the effect is negligible, even in difficult 3D measurements or other demanding triangulation systems.
Key features
• Shock resistance up to 100 g
• Secured mechanics and stabilized image position
• Image position shift typically < 1μm
• Minimized image shift while moving
Lenses
• Most of Schneider-Kreuznach lenses are available as stabilized versions on request
• Optional fixed aperture on request
• Motorized p-iris for several lenses on request
• For more customized lenses please contact us
| Overview | Standard lenses | Ruggedized lenses | Stabilized lenses |
| Ruggedized | - | • | • |
| Stabilized | - | - | • |
| Shock resistance up to | 50 g | 100 g | 100 g |
| Secured mechanics | - | • | • |
| Stabilized image position | - | - | • |
| Image position shift typically <1μm | - | - | • |
| Vibration resistance | - | • | • |
Schneider-Kreuznach's stabilized lenses are designed to deliver exceptional image stability even in situations involving movement or vibration.
The rugged Schneider-Kreuznach lenses are bonded internally to prevent individual elements from moving and effecting the optical axis by movement and vibration.
Significantly reduced need for calibration during measurements. No calibration of imaging system required after shipments.
If you are looking for stabilized lenses for your industrial applications, please contact us. We will be happy to advise you and together we will find the right solution for your requirements.
By stabilizing the optics, images and measurement results can be captured with greater accuracy and reproducibility. This is particularly important in quality assurance, material testing or process monitoring. Stabilized lenses are also used in 3D measurement, robotics, aerospace or medical technology to precisely track the movements of objects or instruments.
With our stabilized lenses, you can make your industrial processes more efficient and precise.
