Pipe Intersecting Cutting Machine

• Customization: Available
• Customized: Customized
• Layout: Horizontal
• Automatic Grade: Semi-Automatic
• Power Source: Electric
• Cutting Mode: Plasma Cutting
• Transport Package: Wooden
• Specification: Standard
• Trademark: Datang
• Origin: China
• HS Code: 84688000
• Production Capacity: 50 Sets Per Month

Product Description

Intersecting line cutting machine is a device that automatically calculates and cuts intersecting line holes, ends of intersecting lines, and elbows (shrimp joints) at the junction of steel pipes and non-ferrous metal pipes. This machine is widely used in the cutting and processing of pipeline structural parts in construction, chemical industry, shipbuilding, mechanical engineering, metallurgy, electric power and other industries. In the past, such processing mostly used backward and complicated operation techniques such as making templates, scribing, manual lofting, manual cutting, and manual grinding. The CNC intersecting line cutting machine is very convenient for cutting and processing such workpieces. Without the operator's calculation and programming, you only need to enter the parameters such as the pipe radius and intersection angle of the pipeline intersecting system. Intersecting line holes and welding grooves. The CNC pipe intersecting line cutting machine adopts digital control, and the equipment [1] controls the number of axes from two to six axes and other different models. Each type of machine realizes the control axis intermodal transportation when cutting, and has the function of cutting various intersecting lines and intersecting holes; fixed-angle bevel, fixed-point bevel, variable-angle bevel cutting function; pipe roundness and eccentricity compensation.

Model	SF-6000XG
Motor type	Japanese Panasonic servo motor + stepper motor
CNC system	Shanghai Jiaotong University pipeline special system F4300
Nesting software	system supporting
Input voltage	single phase AC 220V
Input power	about 1000W
Cutting tube length	6000 mm
Tube diameter	Φ100~Φ600 mm
Maximum tube weight	≤2000 kg
Cutting type	Plasma cutting (requires supporting plasma power)
Tube ovality	≤2%
Tube holders	3 sets
Maximum bevel angle	±45 degrees
Bevel accuracy	±1 degree
CNC control axes	5 axis linkage
Torch lifting stroke (Z)	≤200 mm
Running accuracy	±0.2 mm/m
Plasma cutting thickness	according to plasma source