Laser Jet Cutting Process Specifications & Materials
Flatbed Lasers:
- Power: 4500 watts
- Work envelope: X = 120”, Y = 60”, Z = 12”
- Material Capabilities:
- Steel: Up to 1.00”
- Stainless: Up to .500”
- Inconel: Up to .375”
- Titanium: Up to .375”
- Aluminum: Up to .250”
- Composites: Up to .500”
- Wood: Up to 1.00”
- Rubber: Up to 2.00
- Acrylics: Up to .75
5-Axis Laser: Mitsubishi 3022 VZ 5-Axis Laser
- Power: 4000 watts
- Work envelope: X = 120”, Y = 67” and Z = 32”
- Material Capabilities:
- Titanium .010 to .250
- High temp nickel alloys .010 to .375
- Aluminums .010 to .250
- Steel .010 to .500
- Stainless steel .010 to .375
Water Jets:
- Cutting Capabilities: Up to 60,000 PSI Pumps/ Dual/Quad pump capabilities
- Work envelope 72” X 144” and 50” X 100” X .005” to 6.00” thickness
- Materials: Aluminum, Stainless Steel, Rubber, etc.
Press Brake
- 8’ 75 ton with 3-Axis CNC gauging system
- 10' 132 ton with Y1, Y2, X and R axes
Process Specifications
- Goodrich Aerostructures RPS 14.35 and RPS 16.01 Laser cutting process specification
- Boeing BAC 4982 and BAC 5300 Laser cutting process specification
- NadCap Certified AS7003 #118835, non – conventional machining
- NadCap Approved AS7004 #118834, aerospace quality system
Quality System -
-
NadCap Certified
-
AS 9100 Rev.B Certified
-
ISO 9001: 2008 Certified
Compliant to:
- MIL-I 45208
