Ningbo chengzhao international trade co.,ltd
|
Place of Origin: | Zhejiang, China (Mainland) |
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CNC flame Cutting Machine
1. Specifications:
Item |
Descriptions |
Specification |
Machine body |
Machine Size(mm) |
3000X14000 (Gantry type) |
Effective Cutting Area(mm) |
2200mmx12000mm |
|
|
Max. Traveling Speed(mm/min) |
12000mm/min |
Cutting Torch |
Cutting Torch Station Number |
2 stations |
Oxy-fuel Cutting Torch Number |
1 Gas torch |
|
Oxy-fuel Cutting Thickness(mm) |
6-120mm |
|
Oxy-fuel Torch Height Sensor |
manufacturer's Torch controller |
|
Oxy-fuel Cutting Speed(mm/min) |
50-800mm/min |
|
Plasma Cutting Torch Number |
1 Plasma torch |
|
Plasma Torch Height Sensor |
Sensor THC |
|
Plasma Torch Anti-collision |
manufacturer |
|
Plasma Piercing Thickness(mm) |
32mm(carbon steel)/Edge Star 50mm |
|
Plasma Cutting Speed(mm/min) |
50-4500mm/min |
|
Plasma Unit |
Model |
Hypertherm HPR260XD |
Country of origin |
Made in USA |
|
Max output current |
260A |
|
Power |
30KW |
|
Duty cycle |
100% |
|
Cutting angle |
2-4 |
|
Drive |
Drive Model |
Dual-drive/Panasonic AC servo motor |
Gear Box |
SEW(Germany Brand) |
|
Controller and Software |
CNC Control System |
Hypertherm Micro EDGE(Made in USA) |
Nest Software |
FASTCAM (Australia) |
|
Dust Extraction |
Water Surface Cutting Table |
Covered by user |
Electrical Component |
PLC |
Delta(Taiwan Brand) |
Electric Components |
CHINT(China) |
|
Documents |
Installation H Beam Drawing |
manufacturer |
Cutting Table Drawing |
manufacturer |
|
Machinery Manual |
manufacturer |
|
CNC System Manual |
Hypertherm |
|
AC Servo Motor Manual |
Panasonic |
|
Electricity Diagram |
manufacturer |
|
TAYOR Inspection Report |
manufacturer |
|
Quality Certification |
manufacturer |
|
Plasma Unit Manual |
Hypertherm. |
Plotting system
Compatibility of plotting software
Special functions to DXF files;
CAD breaking and ranking functions.
Bridge function, including continuous bridge, break bridge and interruption bridge.
Cutting path
Able to nestle quickly, continuously and automatically by placing hundreds of parts on many steel plates.
Able to conduct optimized nestling on the rest steel plates.
In the optimized nestling process, able to specify, revise and choose parts and have free horizontal movement, rotation and matrix etc.