We develop high-speed linear array cameras and photodiode digitizers for precision spectroscopy and industrial imaging. Engineered for reliability and performance, our solutions offer exceptional sensitivity, resolution, and speed, ensuring accurate data acquisition and seamless system integration.
Engineered for precision and efficiency, our Glaz LineScan Camera Systems support modern CMOS and InGaAs sensors, making it a powerful tool for high-performance optical measurements.
Designed for femtosecond spectroscopy applications, excels in distinguishing between pumped and unpumped (odd/even) scans, making it an essential tool for ultra-fast spectroscopy setups.
For universities, researchers, and professionals in spectroscopy, photonics, opto-electronics, environmental monitoring, agriculture, biotech, and energy. Explore real-world applications in our past project case studies.
Seamlessly integrate our products into your software environment. Reduce development risks, accelerate time to market, and enhance productivity. With intuitive implementation, you can streamline operations and focus on innovation.
Expertly designed, cost-effective mounting solutions tailored to your instrument. With in-house CAD and manufacturing expertise, we simplify customization, ensuring seamless integration with your system—affordably and efficiently.
Eliminate the cost of in-house development. Whether adapting an existing model or creating a custom design for large-scale implementation, our team delivers rapid, cost-effective solutions—acting as your in-house engineers to bring your vision to life.
"The Glaz LineScan detectors were perfectly customized to our needs and allowed us to easily setup the data acquisition of our single-shot THz detection."
"Synertronic Designs’ expertise in pulse transformer design was instrumental in achieving the fast-rise, high-voltage pulses required for stable laser operation."
"Synertronic cameras are integral to our terahertz spectroscopy setup, enabling single-shot readout at a 1 kHz repetition rate and significantly reducing data acquisition time."
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