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STANDA, a globally recognized developer of precision photonics instruments, is strengthening its presence in precision photonics with a portfolio of laser sources, wavefront diagnostics, monochromators, spectrometers, and electro-optic control systems designed for scientific research, spectroscopy, optical characterization, and laser system integration. Featured on GoPhotonics, these solutions combine compact form factors, measurement precision, and automation capabilities to support laboratories, industrial photonics environments, and advanced optical instrumentation.

STA-01TH-2: Compact 355 nm Nanosecond UV Laser

The STA-01TH-2 is a compact nanosecond-pulsed micro laser based on Nd:LSB technology, operating at 355 nm in the ultraviolet spectrum. Delivering 35 mW output power with pulse energies of 3.5 µJ and pulse widths as short as 0.5 ns at a 1 kHz repetition rate, the laser is engineered for precision optical applications requiring controlled UV excitation. Its compact laser head and small beam diameter support integration into microscopy, fluorescence, spectroscopy, optical coherence tomography (OCT), and test & measurement systems, while also enabling material processing applications such as marking, drilling, and precision manufacturing.

STA-PCD-1: Pockels Cell Driver for High-Speed Electro-Optic Control

Complementing laser-based optical systems, the STA-PCD-1 Pockels Cell Driver is designed for precise electro-optic switching and pulse control in laser setups. Developed for driving Pockels cells used in Q-switching, pulse picking, and beam modulation, the platform enables stable high-voltage operation for applications requiring accurate temporal control of laser pulses. Its integration-ready architecture makes it suitable for research laboratories and laser engineering environments where timing precision and repeatable electro-optic modulation are essential.

11WFS-prime: Shack-Hartmann Wavefront Sensor for Real-Time Optical Diagnostics

The 11WFS-prime is a Shack-Hartmann wavefront sensor engineered for real-time beam characterization and optical testing. Operating across a broad spectral range of 400 nm to 1100 nm, the system provides wavefront accuracy better than λ/10 with frame rates up to 60 Hz. Featuring microlens arrays and high-resolution imaging, the sensor enables precise beam profiling, aberration analysis, and optical alignment in scientific and industrial systems. Its compact format and graphical real-time measurement interface support deployment in laser development, medical diagnostics, research laboratories, and optical testing applications.

M833: Automated Monochromator for High-Resolution Spectroscopy

The M833 is an automated Czerny-Turner monochromator/spectrograph optimized for spectroscopy and wavelength selection applications. With an effective focal length of 833 mm and spectral coverage extending from 180 nm to 4800 nm, the system provides high spectral resolution ranging from 0.012 nm to 0.2 nm. Multiple input/output ports and USB control support flexible integration into Raman spectroscopy, fluorescence measurements, emission analysis, and imaging spectroscopy systems. Its broad wavelength coverage and automated operation make it suitable for demanding laboratory-based spectral analysis and optical research.

S41-I: Compact UV Spectrometer for Research and Light Source Analysis

The S41-I is a miniature spectrometer tailored for UV spectral analysis and research applications. Covering wavelengths from 200 nm to 400 nm, the system combines wavelength accuracy of ±0.5 nm with spectral resolution down to 0.9 nm. Built around a Hamamatsu linear image sensor, the spectrometer delivers high signal-to-noise performance and USB-based operation in a compact package. Designed for light source characterization, object color analysis, and spectrometric research, the S41-I supports laboratories requiring portable and integration-friendly UV measurement capabilities.

By combining compact UV laser sources, real-time wavefront diagnostics, high-resolution monochromators, miniature spectrometers, and electro-optic control technologies, STANDA’s featured photonics portfolio addresses a wide range of optical measurement, spectroscopy, laser characterization, and scientific instrumentation requirements. The emphasis on automation, precision, and integration flexibility positions these solutions for advanced photonics research and industrial optical system development.

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