| For almost 20 years TRIOPTICS GmbH is known as a leading manufacturer of optical test equipment. Since then the company has focused on research and development of accurate and fully PC-controlled optical test instruments for industrial & scientific use. Company Profile and Mission:
- Be the worldwide technology leader in the field of Optical Test Equipment
- To provide our customers with innovative products at affordable prices
- Develop products being recognized as excellent in design and engineering
- To co-operate interactively with our customers, to carefully assess their needs and listen to their suggestions.
The development of innovative solutions in many fields of optical testing allowed TRIOPTICS to achieve a prominent presence on the international market. Our success is the result of the commitment and dedication of our employees. The TRIOPTICS staff consists of highly qualified physicists, optical, electronic and mechanical engineers, software developers and experienced technicians for precision assembly work. TRIOPTICS maintains a close contact to local universities and creates opportunities for many students to complete their thesis within our company. Wavefront Analysis
WaveMaster® instruments are Shack-Hartmann based turnkey solutions for real time wavefront measurement and analysis, including Zernike, MTF, PSF and Strehl ratio. WaveMaster® instruments are employed for quality assurance, research and development,and production environments.The WaveSensor® series comprised a variety of Shack-Hartmann wavefront sensor optimized for different applications.MTF-Characterization
ImageMaster® is the most comprehensive line of MTF-Equipment for complete characterization of lenses and optical systems in any spectral range UV, VIS and IR. Ultra fast for production testing, ultra accurate for lab and research, leadership in testing mobile phone and digital cameras.
Centration Error Measurement, Automatic Cementing and Bonding
The OptiCentric® family comprises tools for the precise and fully automatic centering, cementing, bonding and assembly of lenses and optical systems. It includes the characterization of multi-lens objectives in mounted conditions regarding individual centering errors |
