Access mid-infrared applications with a fiber laser
Femtum is a unique provider of mid-infrared pulsed fiber lasers, fiber amplifiers and tunable lasers for scientific, medical and industrial use.
We build mid-infrared fiber lasers
Femtum is born from a strong desire to unleash the potential of mid-infrared lasers all over the world. Our mission is to help industrial manufacturers and scientific teams to solve their most demanding requirements, from selective laser microprocessing to state-of-the-art mid-IR spectroscopy.
Microprocessing Applications
Discover the power of mid-IR selective laser processing using Femtum fiber lasers
Scientific Applications
Stop wasting your time with laser alignment and focus on your next mid-infrared discovery
Our Added Values
Our Products
Femtum offers a range of fiber laser products including ultrafast lasers, ns lasers, tunable lasers and amplifiers.
Knowledge & Support
Application platform for mid-infrared laser material processing and micromachining
In this blog, Femtum reveals its new laser processing lab. With the growing industrial demand for mid-IR pulsed fiber lasers, Femtum’s dedicated team is using the platform to demonstrate unique micro-processing capabilities on semiconductors, polymers and organic materials. This platform is available for testing your application with our lasers. Advanced lasers manufactured by Femtum are…
Laser welding of polymer using mid-infrared pulsed fiber lasers
aser welding of polymerPrecise polymer processing is a very important manufacturing process. Yet, there are a lot of challenges to deal with when comes to polymer processing. Discover how Femtum mid-IR fiber lasers can have a major added value in this field.
Stable and reliable mid-infrared nanosecond pulses for laser material processing
Most of the time, when purchasing a product, we look for basic features like quality, value, and innovation. In the laser world, things are more complicated since these tools have various parameters to look (pulse duration, wavelength, peak power, energy or repetition rate). When lasers are used in challenging material processing applications, the requirements on…