fwincnc 5 axis metal bevel plasma cutting machine for carbon steel iron alunium

5 axis bevel cnc plasma cutting machinr for metal pipe tube

5 axis metal bevel plasma cutting machine for carbon steel iron alunium

Best Metal Plasma Pipe Bevel Cutting Machine

The FWINCNC pipe bevel cutting machine is specifically engineered to enhance your financial performance. With its integrated pipe handling system, advanced pipe cutting software, and cutting-edge plasma cutting technology from FLMC, this cutting-edge machine is tailored to optimize your operations and drive productivity to new heights. By streamlining your workflow and increasing efficiency, this innovative solution is designed to deliver significant improvements to your bottom line.

Pipe cutting :

Adaptable:

Plasma cutting has the ability to cut through various conductive materials with ease.

Rapid:

Plasma cutting demonstrates superior speed compared to oxy fuel cutting, particularly when dealing with thinner materials.3–5x faster than oxy-fuel cutting，single-pass operation: Cuts 30°–60° bevels directly (no secondary machining)

Superior quality:

Plasma cutting ensures a superior surface finish and reduces distortion to a minimum and no mechanical contact，eliminating the tool wear or material deformation.

Material versatility:

Cuts carbon steel,stainless steel,aluminum,copper etc.

Handle rusted/painted surfaces without pre-cleaning.

Cost effective and eco friendly：

Compared with flame cutting,more friendly.

Plasma expenses:

Although the initial investment and monthly consumables for plasma cutting are higher, the enhanced cutting speed justifies these costs.

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Laser Cutting Machine

Plasma Cutting Machine

Metal Pipe Cutting Machine

Laser Cleaning and Welding Machine

Spare Parts

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Metal Pipe Plasma Cutting Machine Description

The Pipe cutting machine is a device that automatically calculates and cuts off the end of the steel pipe jojints, it does not require operator programming, only need to input the matched diameter of pipe, intersection angle parameters, the machine will automatically cut out the pipe intersecting lines and intersecting holes, it does not need manual polishing, widely used in the cutting and processing of pipeline structural parts in shipbuilding, construction, petrochemical, machinery, metallurgy and other industries. CNC pipe cutting machine is mainly composed of control system, arm system, drive device, clamping device, support device, guide rail, gas path system, control cabinet, operation table and other parts. Equipped with a plasma cutting system as the main cutting system.

CNC Metal Plasma Pipe Cutting Machine configuration

Basic configuration :Model	5 axis pipe CNC cutting machine
Round pipe	Diameter 50mm-1600mm
	Effective cutting length 12m
cutting mehord	Plasma can cut max 40mm
Plasma cutting speed	10-3500mm/min
Max. Work piece rotating speed:	8r/min
Max. Longitudinal speed:	3000mm/min
A axis Bevel angle	+-60 degree
B axis Bevel angle	+-45 degree
Plasma bevel thickness	depends on plasma source
Control system	FLMC-FX430B control system
Driving motor	Japan Panasonic servo Rotary axis=3000W
	japan Panasonic servo A axis=400W
	japan Panasonic servo B axis=400W
	japan pansonic servo Z=120W
	japan pansonic servo Y=1500W
Software	FLMC-Pipe Nest software

CNC Metal Pipe Plasma Cutter Video

Round Metal Pipe Plasma Cutting Machine Applications

Amusement ride manufacuring
Storage tank fabricating
Energy facilities
Fabrication
Steel fabrication
Processpiping
And more…

Metal Pipe Plasma Cutting Machine Detail Display

Pipe cutting:

MACHINE CUTTING VS. HAND CUTTING

Enhancing the level of accuracy in the cutting process to a greater extent.
Attaining a more refined cut, thereby minimizing the requirement for supplementary procedures.
Enabling the cutting of intricate shapes such as miters, copes, saddles, hillsides, and various other complex designs.
Facilitating the cutting of a larger volume of pipes within a significantly reduced timeframe.
Empowering the operator to visually inspect and confirm the precision of the final cuts prior to commencing the cutting operation.
Machine cutting is much higher efficiency and speedy.Machine cutting has higher precision and better for controlling.
If you have low budgets or small projects,or need quick, on-site modifications (e.g., construction sites,and ifwork with thick, non-critical materials (e.g., scrap metal art),then hand cutting is ok.But if you need high precision (e.g., automotive parts) and produce large batches (e.g., structural steel) or if your project requires complex shapes (e.g., 3D pipe intersections) then need machine cutting.