We are testing the future of smartphone photography
Moving imaging applications into high volume markets such as mobile phones has posed a new challenge to the quality control and characterization of imaging optics.
TRIOPTICS has been involved in the first R&D projects related to visual applications in the field of mobile communications. And even the first generation of ImageMaster® PRO devices already fulfilled the basic requirements for large-volume MTF testing, such as:
Dipl. Ing. (FH) Benjamin Stauss | Division Manager Image Quality
In the years that followed the ImageMaster® PRO became the uncontested international standard for MTF testing and is recognized as the industry standard providing the highest accuracy and reliability.
Mobile phone cameras have already surpassed the quality of digital compact cameras. Currently, zoom, i.e. the use of long focal length lenses, is an important topic in this dynamic market.
The image quality requirements of smartphone cameras call for a high-precision inspection. With a measuring accuracy of 1.5 % MTF off-axis, the ImageMaster® PRO sets the standards worldwide. All measurement results are traceable to international standards.
Dual, triple and quad camera models allow telephoto, wide-angle and bokeh shooting. These new requirements must also be covered by the test equipment, so that the new ImageMaster® PRO 10 is capable to measure image quality at an angle of up to 215°.
The ImageMaster® PRO SF was especially designed for the MTF measurement of smallest possible finite distances and is therefore perfectly suited for the measurement of fingerprint optics.
Test device for the mass production of smartphone lenses
Compact test device for mass production of smartphone lenses
Test device for fingerprint optics
Highly efficient and safe sorting of smartphone lenses in four different quality classes
Testing the Imaging Quality and other Optical Parameters of Smartphone Objectives in VIS and NIR
Active Alignment, Assembly and Testing of Camera Modules for Mobile Phones
Wellenfrontprüfung von Smartphone Objektiven in der Produktion
Außeraxiale Wellenfrontprüfung von Smartphone Objektiven in Forschung und Entwicklung