Industrial

Industrial

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 semiconductors, device characterization, sorting, quality control, and remote sensing.

Find inspiration here.

Remote sensing

Distributed acoustic sensing – DAS

Are you looking for a reliable laser for your Distributed Acoustic Sensing interrogator? DAS systems are used in a wide…

Distributed Acoustic Sensing for smart cities

Listen to the sound of the city. Use the information to manage traffic, prevent deterioration of infrastructure, and fight crime.

Laser Doppler Vibrometry

Laser Doppler Vibrometry is a way to make 3D images of moving objects. It is a contactless, non-destructive measurement method…

Oil and Gas Sensing

Oil extraction is becoming ever more challenging as existing reservoirs produce less oil. Furthermore, to a large extent, oil and…

Wind LiDAR using Koheras lasers

Wind LiDAR (a portmanteau of “light” and “radar”) is a technique where low-noise laser light is used to measure wind speed…

Sorting & Characterization

Hyperspectral Imaging

High brightness and a full and stable spectrum ensure reliable, repeatable measurements for hyperspectral imaging.

Image sensor and detector characterization

To characterize, test, and calibrate optical sensors, you need a light source with high brightness and a broad continuous spectral…

Solar cell characterization

Use a supercontinuum white light laser as a sun simulator to characterize solar cells.

Fiber characterization

Measure the absorption/transmission properties of an optical fiber or a connector, or the dispersion of an optical fiber.

Micromachining, cutting, and marking

Materials processing of Nitinol

With its precise beam quality, adaptable pulse energy, and repetition rate, the aeroPULSE FS50 laser is ideal for Nitinol cutting…

Ultrafast application lab at your service

Do you wonder how to make the most of our ultrafast lasers? Let us help you! Our state-of-the-art Industrial Application…

Precision polymer cutting with femtosecond UV laser

The short wavelengths of our UV femtosecond lasers give you better processing tolerances and virtually no heat-affected zones.

Sub-surface marking of glass

Our femtosecond lasers produce high peak power that lets you, successfully, make precise laser sub-surface marking within transparent materials, such…

Micromachining of thermally sensitive PET film

PET film is a clear, strong, and lightweight material that is becoming popular for the manufacturing of flexible microelectronics circuits…

Laser marking of polymer tubes

Ultrafast laser marking of polymers can produce a permanent high-contrast mark in the material. Unlike printing, laser marking is resistant…

Laser cutting of polymer tubes

With the high peak-power from the ORIGAMI XP you can make fine features in polymer tubes without any thermal effects.

Laser machining of polyimide

Precise machining of small features in thin materials calls for ultrafast, high-power lasers. In our application laboratory, we have seen…

Laser micromachining of Nitinol stents

Many of today’s cardiovascular problems are related to the narrowing of blood vessels which reduce blood circulation. Stents are widely…

Laser black marking for UDI

Laser marking of medical devices has many advantages, such as product traceability, product liability, quality control, distribution regulation, and counterfeit…

Laser micromachining of thin glass

Our femtosecond lasers offer high-speed machining of thin, transparent, and brittle materials – with high precision and high quality.

Laser micromachining of glass

Laser cutting of glass is not trivial due to its brittleness and transparency. However, it is possible with tightly focused…

Laser micromachining of thin PMMA film

Precise machining of thin polymethyl methacrylate (PMMA) calls for ultrafast, high-power lasers. In our application lab, we have seen good…