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Cooling Method: | Water Cooling |
Frequency Band: | High Frequency |
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Plasma bevel dish head cutting machine is a CNC plasma cutting equipment specially used for processing end heads and completing bevels at the same time. It is mainly used in petrochemical industry, pressure vessels, boilers, pipelines and other industries. It is used to cut round, oval, disc and other seals, and accurately process the bevel angle required for welding to ensure the quality of subsequent welding.
1. Highly efficient and precise head processing capability
It is specifically designed for dish heads: it can cut complex curved end caps such as Ellipsoidal, Torispherical, Hemispherical, Conical, Toriconical, etc., meeting the needs of the petrochemical and pressure vessel industries.
2. Integrated beveling function to improve welding quality
Intelligent bevel cutting and One-time cutting forming: supports various bevel angles such as V-type, X-type, K-type (e.g., 30°, 45°, 60°), meeting different welding process requirements.
3. Automation and intelligent operation
CNC programming: supports CAD/CAM drawing import, automatically generating cutting paths, reducing manual intervention.
Automatic height adjustment system: real-time adjustment of cutting torch height, adapts to curved surface cutting, avoiding collisions or arc breaks.
4. Strong adaptability, covering various materials and thicknesses
Wide range of materials: can cut metals such as carbon steel, stainless steel, alloy steel, aluminum, etc., suitable for different industrial scenarios.
Efficient cutting of medium and thick plates: Plasma power covers 100A~400A, can process thicknesses of 5~100mm (depending on power), and speeds are 3~5 times faster than flame cutting.
Effective length of work area | 3,000 to 30,000 mm |
Effective width of work area | 1,500 to 8,000 mm |
Possible cutting processes | plasma, oxyfuel |
Maximum material thickness plasma | according to plasma source |
Maximum material thickness oxyfuel | 200 mm |
Positioning speed | up to 40,000 mm/min |
Positioning accuracy | ≤ 0.10 mm/m |
X, Y axis | linear guides, driven on both sides and helical toothed racks |
Z axis | ball screw |
Gantry type | massive steel gantry |
Common Types of Dish Heads and Their Applications
Type | Shape Characteristics | Typical Applications |
Elliptical Head | Semi-ellipsoidal surface, moderate depth | Pressure vessels, chemical reactors (most common) |
Hemispherical Head | Semi-spherical shape, highest pressure resistance | High-pressure boilers, nuclear power equipment |
Dished Head | Shallow curved surface with central spherical crown and transition ring | Low-pressure storage tanks, food/pharmaceutical equipment |
Conical Head | Conical or tapered structure | Pipe reducers, granular material discharge ports |
Flat Bottom Head | Flat plate structure (simple but weak pressure resistance) | Atmospheric pressure vessels, manhole covers |
Plasma Head Cutting VS Traditional Processing Methods
Comparison Item | CNC Plasma Head Cutting Machine | Traditional Method (Manual + Milling) |
Processing Accuracy | ±0.5mm | ±2mm |
Bevel Quality | One-step forming, uniform and precise | Requires secondary processing, inconsistent |
Production Efficiency | 1-2 hours/piece | 8-12 hours/piece |
Labor Dependency | Automated operation, low dependency | Highly skilled welders/millers required |
Material Utilization Rate | 85%-92% | 60%-75% |
Package and delivery the fiber laser cutting machine
1.Anti-collision package edge: All parts of the machine are covered with some soft materials, mainly the use of pearl wool .
2.Fumigation wooden box:Our wooden box is fumigated, do not need to check the wood, saving the transport time.
3.Whole film packaging machine: Avoid all damage that may occur during delivery. Then we will cover the plastic package tightly to ensure that the soft material is covered intact, also avoiding water and rust.
The outermost is a wooden box with a fixed template.
4.Wooden box at the bottom of a solid iron socket for easy handling.