Name: carbon steel tube/ pipe plasma cutting machine
Brand: Jisheng
Availability: InStock

Product Details

carbon steel tube/ pipe plasma cutting machine

Product Description

5 axis carbon steel tube/ pipe plasma cutting machine is a special pipe cutting equipment.different shapes can be well cut on irregular pipes automatically after data input via control system,with calculation and programming unnecessary,This machine is widely used for pipeline cutting in industries such as construction,Chemical, shipbuilding, machinery engineering, metallurgy, electricity etc.

Feature:

1.3D space cutting solutions, can cut rectangular, conical, polygonal fittings and profiles and other three-dimensional cutting tasks.

2. Systems can be customized to special specifications and applications.

3. User-friendly interface design, easy operating, visualized cutting and calibration process, DSTV NC standards included.

4. expandable raw materials library(including GB, JIS, and ASTM).

5.Rich and extensible raw material library covering GB, JIS, ASTM; complete bevel types such as fixed angle, fixed point, fixed,AWS,etc.

Technical Parameters:

4-8 axis carbon steel tube/ pipe plasma cutting machine
1	model		FG-4 series		FG-5series		FG-6 series
2	Effective cutting length		4-12 m or as required
3	Effective lifting stroke		200mm or as required
4	wall thickness		Oxy-fuel:6-60 mm; plasma:upon actual plasma source
5	Applicable material		Square tube,rectangular tube,round pipe,etc
6	Cutting mode		Plasma cutting,oxy-fuel cutting
7	Idle running speed		max.8 m/min
8	Cutting speed		10~6000 mm/min
9	Number of axis		4 axle	5 axle		6 axle
10	Max. Axial swing angle of torch		N/A	α=±60°
11	Max. radial swing angle of Torch		N/A	β=±65°
12	accuracy	Cutting accuracy	±1.5 mm
		Repositioning Accuracy	≤±0.2 mm/1000mm
13	Supported Drawing software		SolidWorks, AutoCad
14	Clamping type		chuck
15	Loading/uploading		manual
16	Control system&software features		Windows interface; 3D real time display; Quick file view and loading; Integrated simulating and actual processing Real time tracking of cuting path; Real time adjusting of cuting speed; Back-front moving and recovering of cutting path; Real time feeback and testing of IO.