Amada Ensis 3015 Aj Fiber Laser

As fiber optic lasers are gaining increasing market share in industrial applications.

Amada ensis 3015 aj fiber laser.

This innovative fiber laser was specifically engineered for cutting and it delivers the world s fastest linear speed. The ventis 3015 aj fiber laser achieves virtually dross free cutting of a variety of materials and thicknesses including stainless steel and aluminum. Available in 2kw or 4kw the fol 3015 aj defines what a fiber laser should be. Ensis 3015 aj laser cutting machine amada gmbh.

Amada ensis 3015 aj fibre laser machine. The ensis is a fiber laser cutting machine to cut through ferrous steel of a thickness of up to 25 millimeters depending on quality. Available in 2kw or 4kw the fol 3015 aj defines what a fiber laser should be. Amada has engineered the fol aj to produce the highest quality parts at unmatched speed while reducing operating costs and environmental waste.

This technology helps achieve process range expansion p r e by having the ability to process brass cop per and titanium materials that can be difficult to process with a co2 laser. Primarily by integrating or surpassing the capabilities of current co2 machines. 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.

Energy saving v lot production wide range fiber laser machine with process range expansion. This innovative fiber laser was specifically engineered for cutting and it delivers the world s fastest linear speed. Ventis utilizes amada s revolutionary locus beam control lbc to achieve infinite locus patterns ensuring optimum fiber laser beam shape control for each specific cutting application. Amada ensis 3015 aj fibre laser machine.

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.