1.Introduction for Gantry CNC plasma cutting machine:

1.1. Both driving end and cross beams adopt box-beam welding structure whose stress has been relieved, it features compact structure, light weight, good rigidity, small deformation and artistic appearance.Cnc flame plasma cutting machine

1.2. The driving of the main longitudinal end beam and moving of transverse torch adopts Japan Panasonic servo driver and motor which drives Japan SHIMPO reducer through rack-and-pinion gearing.Cnc flame cutting machine

1.3. The side of driving end beam equipped with horizontal guiding wheels which can make the guiding wheel press rail tightly by adjusting its eccentric shaft, therefore, the stability and accuracy during the whole moving can be assured.Cnc plasma cutting machine

1.4. The longitudinal guide rails are all made by high intensity track, all the contact surface of track have precision machining and accurate grinding racks are installed outside the guide way.Gantry type cnc flame cutting machine

1.5. The longitudinal guide rails are firmed by pressing plate backing board and connecting sleeve, which can ensure the longitudinal straightness and parallelism of rail.Gantry type cnc plasma cutting machine

1.6. Automatic igniter and height controller of torch can be chosen according to customer’s requirement, with convenient operation.

2.Technical parameter for Gantry CNC plasma cutting machine

3.Characters for Gantry CNC plasma cutting machine:

3.1 The cutting speed is very fast, reaching 3500–6000 mm/min. When cutting thin plates (such as carbon steel less than 6mm thick), the efficiency is 5–6 times that of traditional oxyacetylene flame cutting.

3.2 Wide range of applicable materials, capable of cutting all conductive metals, including carbon steel, stainless steel, aluminum, copper, titanium, nickel, etc. It is particularly adept at processing non-ferrous metals, compensating for the deficiency of flame cutting which cannot cut non-ferrous metals.

3.3 High Cutting Precision:

The precise plasma cutting can achieve an accuracy of ±0.2mm, with the cutting gap ranging from 0.65 to 0.75mm, approaching the level of laser cutting.

3.4 High level of automation, equipped with CNC system, automatic height adjustment (arc pressure or capacitive type), multi-gas torch configuration, CAD/CAM sheet layout optimization functions, capable of automatically cutting complex graphics

3.5 Low operating costs. Compared to flame cutting, no gas is required. Mainly using compressed air or inert gases, it offers better economic efficiency in the long run.

3.6 Excellent environmental performance. Supports underwater cutting. Can effectively reduce noise, dust, harmful gases and arc light pollution.

3.7 Low thermal deformation, concentrated cutting area, small heat affected zone, especially suitable for thin plate processing, with controllable deformation.