Students can explore laser physics, spectroscopy, polarization, fiber optics, and interferometry — all on a single, scalable platform.Every system is built on a precision-machined optical table with vibration damping, stainless steel mounts, and alignment accuracy better than 10 micrometers.
These benches have been implemented in more than 30 universities and research institutes worldwide, providing both undergraduate and postgraduate students with direct access to photonics experiments.
Each training bench supports more than 50 optical configurations, enabling both individual and group work.
Users can perform: Polarization and wavefront analysis using half-wave and quarter-wave plates; Spectrophotometric tests in the 400–1600 nm range;Fiber coupling and alignment experiments with adjustable 6-DOF stages; Spectral and power measurements using precision detectors and power meters. Laser sources are available in multiple wavelengths (405 nm, 532 nm, 635 nm, 780 nm, 1064 nm, 1550 nm), making the system compatible with both visible and infrared optics.
The open mechanical interface allows integration with CCD/CMOS cameras, interferometers, and spectrometers, transforming the setup into a flexible experimental station. Whether for studying optical communication, laser alignment, material characterization, or photonic sensing, the bench provides unmatched stability and reproducibility.
Combined with intuitive software and plug-and-play hardware, it becomes a complete ecosystem for learning, testing, and innovation in optics and photonics. We continue to collaborate with universities and laboratories across Asia to deliver training systems that combine precision, safety, and scalability.
