Large Pipe Profile Cutting and Beveling Machine, Ø600–2000 mm
For heavy-wall pipe that is too large and too heavy for a standard pipe cutter. Three synchronized chucks and hydraulic follow-up supports carry pipe from Ø600 to Ø2000 mm and up to 10 tonnes, while a 200–400 A plasma torch cuts intersection profiles, holes and bevels from 0 to ±45° (V, X or K). The machine reads the real pipe shape as it turns and corrects the cutting path for out-of-round pipe.
- Ø600–2000 mmpipe diameter
- Up to 10 tpipe weight
- 200–400 Aplasma power
- 0 to ±45°bevel angle
Specifications
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| Parameter | Large pipe profile cutting machine |
|---|---|
| Diameter range | Ø600–2000 mm |
| Load capacity | Up to 10 t |
| Plasma power | 200–400 A |
| Chucks | 3-chuck synchronized system |
| Support | Hydraulic follow-up |
| Bevel angle | 0 to ±45° |
| Bevel types | V, X and K |
| Fume extraction | Internal pipe-cavity extraction |
| Path control | Active non-linear trajectory compensation |
Pipe length and wall thickness are set to your project and confirmed on your quotation.
Engineering for heavy pipe
Three chucks, not two
Holding the pipe at three synchronized points spreads the load and limits sag in the middle during slow bevel passes.
Hydraulic follow-up support
Supports adjust in real time as the pipe turns, so heavy sections rotate smoothly without bouncing.
Trajectory compensation
The system reads the actual pipe profile during rotation and adjusts the path, so bowed or out-of-round pipe still gets an even bevel.
Extraction inside the pipe
Smoke and dust are pulled from inside the pipe cavity during cutting, instead of filling the workshop.
Constant torch geometry
The torch keeps a constant stand-off and tilt relative to the pipe radius for an even bevel on thick walls.
3D intersections
Saddle branches, eccentric miters and rectangular pipe-to-shell openings.
Watch it cut
PCL large pipe profile cutting and beveling machine
Bevel types
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| Bevel | Shape | Typical use |
|---|---|---|
| V | One side bevelled, open root | Butt joints on thin and medium wall |
| Y | V bevel with a flat land (root face) | Most pipe butt welds; the land controls burn-through |
| X | Double V, bevelled from both sides | Thick wall where you can weld from inside and outside |
| K | Double bevel on one member | T-joints and branch connections in thick wall |
Who uses it
Pressure vessel shops
Shell openings and large nozzles.
Offshore structures
Jacket legs and large tubular nodes.
Heavy-wall pipelines
Bevelled ends on large-bore pipe.
Wind and structural towers
Large tubular sections and transitions.
Shipping, installation and support
Free production layout
Send your parts list or shop drawing and our engineers suggest the machine size, plasma source and table layout before you order.
Packed for sea freight
Machines are packed for container shipping. We quote to your nearest port in South America, Africa or elsewhere and prepare the export documents.
Installation and training
Remote installation guidance and operator training are included. On-site commissioning can be arranged.
Remote diagnostics
Our team supports the control, the plasma source and the nesting software remotely, so most problems are solved without waiting for a visit.
Get a configuration and price
Send the material, the thickest plate or largest pipe you cut, your sheet or pipe size and how many hours a day the machine will run. An engineer replies with the right large pipe configuration, the options and a price delivered to your port.
Frequently asked questions
What is the largest pipe it can cut?
Ø600 to Ø2000 mm in the standard configuration. Other sizes may be possible with a modified design; send the diameter and wall thickness and we will confirm.
How does it handle pipe that is not perfectly round?
Active trajectory compensation reads the pipe profile as it rotates and corrects the cutting path, so the bevel stays even on out-of-round or bowed pipe.
Which bevel angles and types can it cut?
Bevel angles from 0 to ±45°, as V, X and K bevels, covering the common weld preparations for pressure vessel and structural pipe.
How is the smoke inside a 2 m pipe removed?
An extraction system pulls smoke and dust out of the pipe cavity during cutting.
How heavy can the pipe be?
Up to 10 tonnes, carried on three synchronized chucks with hydraulic follow-up supports.
Related machines and guides
Last updated 15 October 2026. Specifications are for standard configurations and can change with options; confirm on your quotation.