As technology shrinks and more functions are packed into the devices we use every day, the requirements for manufacturing technologies are pushed to new levels. Use our lasers for your work in a wide range of applications, such as metrology or inspection, quality control, device characterization, sorting, and remote sensing.
Wafer Inspection and Scribing
Fiber lasers are exceptionally robust and reliable and ideal for low-maintenance, high-uptime applications in semiconductor manufacturing, where precision, reliability, and stability are key for tasks such as inspection and micromachining.
The SuperK supercontinuum white-light lasers are your all-in-one broadband light source for advanced wafer inspection. With a stable, high-brightness output spanning visible to SWIR wavelengths, the SuperK laser enables precise, high-contrast spectral imaging to detect defects and material variations. Rugged and reliable, it’s designed for demanding industrial environments where accuracy and uptime matter.
For wafer scribing, our ultrafast femtosecond lasers are ideal due to their ability to deliver precise, clean cuts with minimal thermal damage. Our aeroPULSE femtosecond fiber laser offers high peak power, excellent beam quality, and ultrafast pulses, making it the ideal match for scribing brittle materials, such as silicon or sapphire. Its industrial-grade, all-fiber design ensures high uptime and low maintenance, which is critical for demanding semiconductor manufacturing environments.
Device Characterization and Quality Control
Our SuperK white-light lasers are broad as a lamp, bright as a laser – a powerful light source for industrial applications that demand broadband, high-intensity illumination.
Ensure the quality and reliability of your optoelectronic components, like lenses, mirrors, optical filters, photodiodes, and image sensors. Ideal for both industrial and scientific characterization, SuperK delivers high brightness and a broad, flat spectrum from visible to infrared, enabling precise, fast, and flexible measurements tailored to each component’s unique needs. Thanks to their robust all-fiber design, these lasers offer reliable, maintenance-free operation and a lower total cost of ownership compared to traditional light sources, making them ideal for R&D labs and high-volume production alike.
Sorting and Hyperspectral Imaging
See what’s invisible to the eye with hyperspectral imaging. With unmatched brightness and a broad, stable spectrum from 400 to 2500 nm, SuperK enables fast, precise sorting in industries like food, recycling, and semiconductor inspection. Its rugged, maintenance-free design and high-resolution output make it the ideal light source for any advanced material analysis setup.
Distributed Acoustic Sensing
If you are looking for a reliable laser for your Distributed Acoustic Sensing system, the Koheras narrow-linewidth lasers are ideal. This technology enables real-time monitoring and inspection, improving productivity and reducing errors. Koheras fiber lasers deliver long-term, maintenance-free performance with ultra-low noise and long coherence length, ensuring high sensitivity and accuracy even in harsh, remote environments. Trusted worldwide for over 25 years, these robust lasers support applications from perimeter monitoring to wind LIDAR with flexible, scalable solutions to fit your needs.
Micromachining and Precision Cutting
Our ultrafast lasers are well-suited for micromachining and precision cutting thanks to their high beam quality, stability, and precise control of the pulse duration and energy. These features allow for clean, accurate material removal with minimal heat-affected zones, making them ideal for applications like semiconductor wafer processing, medical device manufacturing, and fine metal, ceramics, or polymer cutting. Their robust and reliable design ensures consistent performance in demanding industrial environments.
Your Trustworthy Partner
If you need reliable laser solutions for tasks like wafer inspection, micromachining, or precision cutting, our ultrafast lasers are designed to help you achieve consistent, high-quality results. With stable beam quality and low maintenance, they aim to support your work even in demanding semiconductor manufacturing environments. We are here to provide flexible, dependable tools that help you meet your goals with accuracy and uptime, backed by years of experience and ongoing innovation.
