Laser machine dedicated to quality
The LC-3015 XI NT laser machine combines the following performance qualities: rapidity, precision, cutting quality, reliability. It satisfies polyvalence and flexibility requirements, is highly effective for a wide range of processing thickness (0 to 20 mm) and metals (steel, aluminium, stainless steel).
The laser machine productivity can be heightened thanks to ASLUL auto storage systems (six levels) and ASLUL TWIN (fourteen levels).
The laser machine resonator 40 CF
The laser machine LC-3015 XI NT is equipped with a 4000 W C02 cross-flow source laser. This technology enables rapid piercing with a minimum amount of machine heating. It is equipped with an ultra rapid control sensor which guarantees, in real time, a consistent level of power of plus or minus 1 % and protects the source during reflective metal cutting operations. This design is highly economic in terms of electricity and laser gas (3l/h).
This generation of controller is based on PC technology. Equipped with a touch screen, it enables rapid access to the"laser machine cutting conditions" database on the basis of what work has to be done. Its courseware mode offers assistance to the user by displaying the different cutting problems.
Frame and axes of the LC-3015 XI NT laser machine
Built around a cast iron frame, the architecture of the LC-3015 XI NT enhances performance and ergonomics: The carriage moves along the Y axis and the head along the X axis, thus optimising accelerations. Total access to the cutting head enables a rapid change ofparts to be processed .
Laser machine cutting head
As an option, the laser machine focusing head can be equipped with two functions that contribute to quality and productivity:
- Quick Pierce = Rapid, safe piercing for thick metals
- ICC = Dynamic cutting control, detection and control of the plasma effect.
The optical path of the LC-3025 XI NT laser machine is equipped with a beam length compensation system and an active B/0 mirror. These make it possible to maintain optimal laser beam characteristics for each material and each thickness over the entire machine surface area. This results in a hitherto unprecedented cutting quality.