English articles
Autocollimators
Back to the future of electronic autocollimation
Upgrades to these sensitive measuring devices expand their usability in photonics applications.
The Hybrid Autocollimator
Upgrading a century-old instrument technology to lead the way for mod-ern intricate laser & optical measurements
Telescopic Analyzing System Tests Laser Collimation and Propagation
Lasers with near-perfect collimated beams are very difficult to characterize with high accuracy.
Laser Autocollimator and Bore Sighting
Modern technologies are characterized by extreme complexity, and by the fact that one system is built by fusing several technologies together.
Total Station Autocollimator for Photonics Professionals
A burst of technologies is reshaping our lives, and these include AR, VR, lidar, autonomous driving, 3D technology, multiple interconnected devices, and intensive software.
Beam Profilers
Laser Beam Profiling and Measurement
Beam profile intensity distribution is an important parameter that indicates how a laser beam will behave in an application
Tomography and lasers meet on a knife's edge
Tomographic beam profilers drive industrial laser measurements with groundbreaking accuracy over a large spectrum of lasers
Profiling solar energy in concentrated solar power systems
A beam characterization system shows how the solar energy distribution on a mirror’s focal point can be accurately measured for criteria such as solar beam image size and power distribution peak energy in real time.
3D Sensing Made Easy by Multiple Beams Profiler
In laser beam profiling technologies, the standard of the industry is measuring one beam at a time
Metrology System for Inter-Alignment of Lasers, Telescopes, and Mechanical Datum
In modern scientific and industrial laser applications, inter-alignment of multiple optical devices is
frequently a basic requirement to meet a certain specification and performance
Wide spectral band beam analysis
The reality in laser beam profiling is that measurements are performed over a wide spectrum of wavelengths and power
ranges.
High Power
High power beam analysis
In various modern scientific and industrial laser applications, beam-shaping optics manipulates the laser spot size and its
intensity distribution.
Analyzing Performance for Laser Additive Manufacturing
Recently, a new emerging technology of metal 3D printing or LAM (Laser Additive Manufacturing) is recognized as the new advantageous process for metal parts manufacturing.
Alignment Sensing
Taming an articulated laser
Beam delivery over a wide spectral range is enabled by articulated armsthat direct beams from the laser exit point to the end point, preservingthe beam quality
Position Sensing
Positioning System Advances Could Herald Smart-Factory Era
Optical positioning systems could be at the forefront of carrying factories into the fourth industrial revolution.
