CNC Gantry Cutting Machine For Carbon Steel Flame Cutting

Working Principle
CNC flame/plasma cutting machines utilize high-temperature flames (oxygen + acetylene/propane) or plasma arcs to melt and remove metal, forming narrow cuts. Advantages include: High speed, narrow kerfs, smooth edges, minimal heat distortion; Energy and material efficiency.

Cutting Modes:

A. Flame Cutting: For cast iron, carbon steel, etc.

B. Plasma Cutting: For stainless steel, aluminum, copper, etc.

Key Features

1. Robust Gantry Structure: High rigidity and transmission accuracy.

2. Bilateral Drive: Smooth operation.

3. Dual-Mode System: Flame/plasma cutting with user-friendly controls.

4. Software: Full AutoCAD/AcadRcam graphic programming for nesting.

5. Standard Configurations: Flame and plasma cutting.

6. Optional Multi-Torch: Simultaneous cutting for efficiency.

7. Auto-Height Adjustment: Capacitive or arc voltage-based.

8. Crossbeam Design: gantry-style, steel structure with bilateral drive.

9. Heavy-Duty Build: More stable and aesthetically refined than standard gantry machines.

10. Precision Rails: Horizontal: Domestic/imported linear rails; Longitudinal: Special steel tracks with grinding for wear resistance.

11. Transmission Components: Customized quenched gears and NEUGART planetary gear reducers (high precision, low backlash).

12. Multi-Purpose Configurations: Supports flame, powder spraying, plasma, etc.

13. Gas Circuit System: Composed of a gas control panel and gas distribution system, professionally manufactured. Equipped with automatic ignition, flashback arrestors, ensuring safety and stability.

14. Horizontal expandability: Can be widened to accommodate multiple steel plates for simultaneous cutting, improving efficiency

15. Longitudinal Design: Heavy-duty precision-ground track steel for stability. Longitudinal rails can be extended indefinitely.

16. Structural Precision: Crossbeam and longitudinal rails processed via planer milling for high cutting accuracy.

17. Heat Treatment: Quenching treatment applied to prevent structural deformation.

18. High-Power Plasma Cutting: Supports cutting of various metal materials.

19. Customizable Features: Additional special functions can be added per user requirements.

System Advantages

1. Processor: Industrial-grade ARM7 processor.

2. Display & I/O: 10.4-inch color LCD screen. 13 optically isolated inputs and 8 optically isolated outputs.

3. Robust Design: Anti-plasma interference, lightning protection, and surge resistance.

4. Cutting Process Optimization: Automatic corner speed control and height adjustment during plasma cutting.

5. Kerf Compensation: Detects and reports compensation validity in programs for user selection.

6. Power Recovery: Automatic power-off recovery with breakpoint memory.

7. Flexible Processing: Segment selection and piercing point customization.

8. Piercing & Bridging: Extended piercing for thick plates and bridging for thin plates.

9. User-Friendly Controls: Supports backtracking, segment selection, and customizable piercing positions.

10. Cutting Transfer: Enables cutting transfer functionality.

11. Smooth Motion: Special small-segment processing for smooth operation in metal fabrication, advertising, and ironwork.

12. Graphic Library: 24 predefined and customizable graphics for common parts.

13. Software Compatibility: Fully compatible with nesting software.

14. Interface Features: English UI, dynamic graphic display, 1-8x zoom, auto-tracking, and USB program loading.

Technical parameters

Picture for reference