Amada fibre and co laser cutting machines designed to optimise your production amada s solutions for laser cutting have been designed to meet all your application requirements.
Amada fiber laser cutting machine.
Lcg 3015aj amada lcg 3015aj 120 x 60 4 000 watt fiber laser age.
Excellent under power low hours power on hours.
Fiber laser cutting process.
Adjustments occur automatically based on the cut condition selected on the machine s amnc 3i control.
The amada ventis 3015aj is a fiber laser of a new generation that enables almost dross free cutting of stainless steel and aluminum.
This fiber laser cutting machine delivers higher speed and faster acceleration processing by utilizing a carriage with a lower centre of gravity and the latest motion system incorporating high torque motors and helical rack drives.
Amada s 3kw 6kw and 9kw ensis fiber laser technology utilizes a highly innovative resonator to automatically and precisely adjust the diameter of the laser beam.
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.
The winner of an mm award for innovation scores equally with high speed and quality as well as low operating costs.
Fiber laser with unique cutting capabilities.
Amada lcg 3015aj 120 x 60 4 000 watt fiber laser new 2016.
The ensis was engineered specifically for manufacturers that require the high speed cutting capabilities of a fiber laser and the thick.
1 lens 2 the laser beam 3 airflow 4 the line 5 molten material 6 cutting surface 7 nozzle 8 cutting direction.
Fiber laser cutting machine the ensis aj 9 kw uses variable beam control technology and introduces amada s auto collimation system to provide unrivalled beam spot control this allows very high speed piercing fast cutting rates and vastly improved bevel angles on thicker materials.
Amada a worldwide laser machine pioneer introduces the direct drive fiber laser cutting machine the lcg aj.
Developed by amada ensis technology infnitely changes the laser beam mode to effciently process thin to thick materials without additional machine setup.
This unique feature enables continuous processing of thin to thick materials by a single machine with no lens change or additional setup required.
