2008 MultiCAM 10’ x 12’ (32’) 6000 Series CNC Bridge & Rail System – 130AMP Plasma
Serial Number: 6-505-P05195
X-Axis Travel: 12’ - 32’ (12’ Main and two 10-foot modular extensions)
Y-Axis Travel: 10’
Z-Axis Clearance: 9'
Z-Axis Travel: 10'
Repeatability: +/- .001"
Rapid Traverse: 1,000 ipm
Drive System X and Y axis: Rack and Pinion
Drive System Z axis: Ball Screw
6000 Series Details:
Designed for manufacturers who need to cut heavy plate or need a large processing area without sacrificing accuracy or cut quality. The 6000 Series motion platform is independent of the cutting surface helping to insure that the motion platform will not be damaged from material loading or from the high heat of oxyfuel cutting. Available widths are 8' to 20', with lengths starting at 12'. Add additional 5' and 10' sections to make the 6000 system the perfect complement to your production facility. With a rapid traverse speed of 1000 ipm, the rigid, heavy, all-steel construction combined with precision guide ways makes this system one of the most accurate heavy cutting systems on the market today.
6000 Series Standard Features:
Fully programmable retract between parts.
Automatic initial pierce height
User-friendly MultiCam Controller
Modular X-axis beams are made from heavy tubing with machined bearing references
Ground roller ways with integrated rack and wipers
Gantry has top mounted linear bearings and robust rack drive
Capable of carrying several different process’ such as: Ox-fuel, Plasma, Hy Definition Plasma, Scribe, Drill & Electrospindle
Stress-relieved heavy duty all steel construction
8 Megabytes of Memory with unlimited file size transfer capabilities
Standard Ethernet or RS232 direct connections
Single carriage can support Oxy-fuel and Plasma with torch height control
Automatic Zone System for Downdraft Tables
Auto Torch Height Sensing Mechanism with Crash Protection
Offline Programming PC in Industrial Enclosure
Stand Alone CISC/iFPU
RS232 or Ethernet / DNC
8 MB Unlimited Program Size
File Type -M & G codes (EIA 274D), U-Cito, & HPGL