Visit TRIOPTICS at Laser World of Photonics in Munich
Laser World of Photonics
26th - 29th June 2017
Munich exhibition grounds
Live Demos at the booth!
To make an appointment send your contact details to TRIOPTICS and we will come back to you.
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Automated Alignment of Micro Lenses for Highest Precision
OptiCentric® Cementing allows the automated cementing of doublets and triplets. With a repeatable precision of better than 1 µm micro lenses are positioned. The cycle time can be reduced to 15 seconds for measurement and alignment and provides efficient working conditions. More...
Measurement Device for Testing of VR Lenses
The ImageMaster® VR has been specially developed for the measurement of lenses used in VR applications. In addition to veiling glare, the device measures focal length and, with an optional upgrade, MTF, distortion and chromatic aberration. The special design of the measuring telescope on a swivel arm simulates the rotational movement of the human eye. It captures the entire field of view, which also extends over the edge regions of the VR lens which are crucial for the lens design. Furthermore, the eye’s distance to the VR lens and the pupil diameter can be adjusted to the measurement task. More...
Fully Automated Centration Testing of Aspheres
AspheroCheck UPThe brand new measurement system AspheroCheck UP allows measuring the shift and tilt of aspheric surfaces with respect to arbitrary reference axes. The software-controlled process includes fully automatic positioning of both the sample and the non-contact sensor for highest measurement precision and repeatability. More...
Further applications shown:
High-Speed Rotation-Free Centration Measurement
Centration, Center Thickness and Air Gap Measurement in Lens Systems
Wavefront and Centration Measurement of Laser Rods
Versatile MTF Measuring device
Goniometer for Accurate Angle Measurement of Prisms, Polygons and Wedges
Flexible and Compact Interferometer for Laboratory, Production and Research
Optical Angle Measurement with Large Measuring Range of up to 10°
Visual Optical Measurement Devices