About us

Futonics Laser specialize in fiber laser manufacturing for a wide variety of industries. Our main operations are customized 2 µm single-mode fiber laser systems for scientific and technical applications, such as processing of transparent plastics.

We currently offer various Thulium fiber and crystal laser models with different output power levels up to 250 W, high damage threshold mid-IR optics, and machining heads.

Products and services

The IF-200 Fiber Laser product line by Futonics is based on Thulium single-mode 2 µm fiber laser oscillators with wavelength stabilization by Fiber Bragg Gratings (FBG).

Due to high beam quality and compact design, these new products are highly suitable for a broad range of applications.


Versatile 2 µm Thulium Fiber Lasers
Up to 250 W output power in 6 RU housing
Custom wavelengths (FBG)
High beam quality
Low noise

Further reading

Futonics Laser GmbH
Maschmuehlenweg 36
37081 Goettingen

Phone: +49 551 5042070
Internet: www.futonics.de
E-mail: Send message

Contact person

Lele Jin
Sales Manager
Phone: +49 1590 1459262
E-mail: Send message

News & Innovations

Innovative 2 micro Laser for Transparent Plastic Welding

Laser welding of plastics is a method that has become more common and accepted in industry applications in the last couple of decades. It has several advantages over traditional methods, which include applying external heat sources, generating heat through mechanical movement, and certain other electromagnetic techniques.

CO2 lasers are used for making joints at high speeds, but the working depth is quite small, limiting their use to plastic films. For welding of thicker non-transparent polymers, Nd:YAG and diode lasers are much more suitable. The working area is very precise and concentrated, creating a seamless joint. Lasers emitting at 2 µm combine the mentioned advantages and are very attractive for transparent polymers.

Additionally, 2 µm lasers are nominally eye-safe.

Futonics fiber lasers are ideal for welding a variety of clear and colored thermoplastic materials.


High precision welding that results in accurate joint formation

No contact between the welding source and plastics

No marking of the outer surfaces

No need for additional plastics, implants or pigments at the joints

No need for additives

Butt-joints are realized

Low-energy usage

Eye-safe compared to other laser-assisted welding operations

Further reading

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