Specifications
Motion Package: Travel method: Stationary table X,Y and Z axis movement for cutting head
Control method: X,Y and Z simultaneous 3-Axis control
Drive motors: Fanuc AC Servo motors
Maximum sheet size (X,Y): 120" x 60"
Maximum axis travel (X,Y,Z): 121" x 61" x 3.93"
Maximum positioning speed (X,Y)
Per axis: 4,724 inches per minute
45 degree vector: 6,693 inches per minute
Maximum speed Z-axis: 4,724 inches per minute
Repeatability: +/- 0.0002"
Maximum material weight: 2,000 lbs.
Maximum material thickness
Mild steel: 1.0"
Stainless steel: 0.500"
Aluminum: 0.500"
Assist gas: 4 ports with NC Pressure control
Electrical requirements: 200V, 3 Phase, 60 Hz
Control:
Model: AMNC 3i Control
Control function: X,Y,Z axis simultaneous and focus lens, B-axis and laser
power control (CW, gated plus, pierce routines etc.)
Data storage: Compact flash drive
RI Rotary Index specifications:
Table shapes: Round, square, rectangular, angle and channel
Round tube: _" - 8.66"
Square tube: _" - 6"
Rectangle: 8.66"
Angle iron: 3.54"
C-Channel: 6"
Maximum weight: 441 lbs.
Maximum tube length: 236.2"
Rotation speed: 100 RPM
Dust collection: Automatic switching for tube length up to 236"
Scratch prevention: Controllable pneumatic chuck and aluminum
Fiber Laser resonator (Engine):
Model: AJ3000 with ENSIS Technology
Resonator style: LD Excited Yb fiber
CW output power: 3 KW
Laser Wavelength: 1.08 microns
Laser power mode selection: CW, gated pulse (CNC controlled)
Laser beam mode output: Multimode mode
Chiller water requirement: > or = 41 L/Minute
Electrical power consumption: 9kW
Equipped with:
AMNC 3i control
RI Rotary Index
Interlock enclosure
NC Assist gas
B-Axis NC focus
Integrated beam purge
150 mm lens, 190 mm lens
High speed cutting head
Active cut
Clean cut
Chiller
Dust Collector.
Specifications
Bend Height: 130mm (5")
Bend length: 2500mm (98.4252")
Maximum Length of Incoming Notched Sheet: 2695mm (106.10")
Maximum Width of Incoming Notched Sheet: 1500mm (59.055")
Maximum Diagonal of Notched Sheet: 2800mm (110.236")
Maximum Di...
