Thin material cutting Thick material cutting
BLANKING MACHINERY SALES DEPT.
THIN TO THICK MATERIAL PROCESSING
WITH REDUCED FIBRE LASER POWER
THIN TO THICK MATERIAL PROCESSING
WITH REDUCED FIBRE LASER POWER
TOTAL BEAM CONTROL
AMADA's patent application filed Variable Beam Control Unit allows the complete manipulation of the fibre laser beam so that it is
perfectly matched to the material\thickness being processed.
TOTAL BEAM CONTROL
AMADA's patent application filed Variable Beam Control Unit allows the complete manipulation of the fibre laser beam so that it is
perfectly matched to the material\thickness being processed.
Thick material cutting
I use CO2 to get me the
quality in thick material
Laser beam image
Thick material cutting
Laser beam image
THIN MATERIAL CUTTING THICK MATERIAL CUTTING
oversized resonator, just beam control
www.amprom.co.nz
Laser beam images
2 kW cut samples
Thin material cutting
Laser beam image
An extremely thin beam of high energy density cuts
thin material at high speed.
A beam of wide kerf cuts thick material. A gap is formed
for the assist gas to remove the molten material.
An extremely fine beam of high energy density cuts thin
material at high speed.
For thick plate processing, "wide-kerf" is suitable for good
processing. Because it is effective to blow off molten metal
with assist gas.
Laser beam images
2 kW cut samples
Thin material cutting
Laser beam image
An extremely thin beam of high energy density cuts
thin material at high speed.
A beam of wide kerf cuts thick material. A gap is formed
for the assist gas to remove the molten material.
Fiber is awesome for thin sheets
BLANKING MACHINERY SALES DEPT.
4
Optimize the shape of laser beam depending on material thickness
Optimum beam control
Thin
material
cutting
Thick
material
cutting
*Beam shape is image.
4
Optimum beam control
Thin
material
cutting
Thick
material
cutting
*Beam shape is image.
Variable Beam Control
/www.amprom.co.nz