■ Features(1) : Improvement of processing performance of High reflective materials /
Difficult-to-cut materials

Brass, Copper and Titanium is also possible to be cut

■ Features(2) : Low running cost

Heat exchange efficiency on Fiber laser is far higher than that of CO2, which is less power consumption if same output power

No laser gas required

■ Features(3) : Nozzle changer / Oil shot / Cooling cut device as standard accessory

Achieving setup time reduction & continuous processing

■ Features(4) : Rapid and high quality maintenance response

The regular maintenance of mirror cleaning, mirror change like CO2 is not necessary due to No optical parts inside the oscillator.

AMADA service staff can maintain after service of both machine and oscillator because of own-developed oscillator.

Processing scene YouTube movies

Processing samples

Material : AL5052
Thickness : 1mm

Material : SS400
Thickness : 16mm

Material : Copper
Thickness : 3mm

Material : Aluminum
Thickness : 16mm

Fiber Laser oscillator

In the case of CO2 laser oscillator, the excited laser light in the oscillator fully-filled with laser gas is extracted by output mirror and transmitted to process head by multiple reflective mirrors.

Fiber laser oscillator is monolithic structure, which does not have cavity resonator at oscillation part, and output power from multiple units are combined into 1 fiber cable and transmitted to laser processing head.

Specifications