Following the success and technological breakthrough with the ENSIS fibre laser, AMADA now presents the ENSIS range 3, 6 and 9 kW fibre Laser.
The ENSIS 3 and 6 kW uses variable beam control technology developed by AMADA. It can manufacture mild steel products which could only be produced using a higher powered laser source in the past. This cutting edge innovation is made possible through the modulation of the laser beam as a function of sheet thickness, changing the beam shape to suit material/thickness requirements.
|MODEL||ENSIS-3015AJ 3 kW||ENSIS-3015AJ 6 kW|
|NC||AMNC 3i||AMNC 3i|
|Axis travel method:|
|- X & Y axes||Helical rack||Helical rack|
|- Z axis||Ball screw||Ball screw|
|Axis control method||X, Y, Z axes (three axes controlled simultaneously) + B axis||X, Y, Z axes (three axes controlled simultaneously) + B axis|
|Axis travel distance (mm)||(X) 3070 x (Y) 1550 x (Z) 100||(X) 3070 x (Y) 1550 x (Z) 100|
|Maximum processing dimensions (mm)||(X) 3070 x (Y) 1550 x (Z) 100||(X) 3070 x (Y) 1550 x (Z) 100|
|Rapid feed rate: Combination X/Y (m/min)||170||170|
|Repeatable positioning accuracy (mm)||±0.01||±0.01|
|Processing feed rate, XxY (m/min)||(0 ~ 120) x (0 ~ 120)||(0 ~ 120) x (0 ~ 120)|
|Least input increment (mm)||0.001||0.001|
|Maximum material mass (kg)||920||920|
|Processing surface height (mm)||940||940|
|- Mild Steel (mm)||25||25|
|- Stainless Steel (mm)||15||25|
|- Aluminium (mm)||12||25|
|- Brass (mm)||8||15|
|- Copper (mm)||6||12|
|- Titanium (mm)||5||10|
|Maximum thickness value depends on material quality and environmental conditions|
Sorry, there are currently no related case studies.