Amada Ensis Fiber Laser

Adjustments occur automatically based on the cut condition selected on the machine s amnc 3i control.

Amada ensis fiber laser.

Developed by amada ensis technology infnitely changes the laser beam mode to effciently process thin to thick materials without additional machine setup. With just 2000 w the fiber laser cuts through ferrous steel up to a thickness of 25 millimeters depending on material quality. Amada ensis 3015 aj fibre laser machine. Ensis series fiber laser the ensis series uses amada s proprietary fiber laser technology to process both thin and thick materials without a cutting lens change or manual setup.

The 3kw 6kw and 9kw fiber engines incorporate amada s ensis technology that optimizes the laser mode and beam parameter product bpp based on the material thickness being processed. The ensis aj is ideally suited for ferrous steels as well as for nonferrous metals such as stainless steel aluminium copper brass or. Amada engineered the 3kw ensis 3015 ri to include an innovative rotary index with the power and speed to efficiently transition from flat sheet to tube or pipe cutting. Primarily by integrating or surpassing the capabilities of current co2 machines.

As fiber optic lasers are gaining increasing market share in industrial applications. Laser cutting for the broadest spectrum of material types and thicknesses. The ensis was engineered specifically for manufacturers that require the high speed cutting capabilities of a fiber laser and the thick. Ensis is the sword in latin ensis 3015aj is equipped with amada s own developed fiber laser oscillator and the latest unique beam control technology for maximizing energy efficiency while supporting higher efficiency in v mix v lot production.

Amada is a new and innovative player in this field. The 3kw 6kw and 9kw fiber engines incorporates amada s ensis technology that optimizes the laser mode and beam parameter product bpp based on the material thickness. Amada ensis 3015 aj fibre laser machine. The rotary index is an integrated unit allowing the cutting head to be positioned near the chuck minimizing the dead zone.

Energy saving v lot production wide range fiber laser machine with process range expansion.