Pipe Cutting & Beveling Machine
Pipe Cutting & Beveling Machine
Processing carbon steel, stainless steel, and aluminum plates from 6–80mm (standard) up to 6–400mm (heavy-duty), with 0°–90° bevel angle adjustment. Features include automatic clamping, edge detection, and slide-touch conductor bar for safety.
Compared to edge planers, it offers lower cost, less energy use, better finish, and simpler maintenance. Widely used in pressure vessels, boilers, shipbuilding, and heavy machinery.
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1.Introduction for Pipe cutting and beveling machine:
1.1 Main frame is welded and undergoes high-temperature stress relief to prevent deformation.
1.2 Guide rail combines suspension and seating supports, offering greater stability than conventional designs and reducing vibration.
1.3 Feeding device is motor-driven with VFD control, providing infinitely variable speed from 0.13 to 1.0 m/min.
1.4 The milling head adopts standard indexable cutter inserts for easy replacement and versatile application.
1.5 A built-in workpiece stop device enables fast, accurate positioning of metal plates.
1.6 A dedicated bottom support system is provided to ensure stable processing of extra-long workpieces.
1.7 The machine uses a slide-touch conductor bar system, which is safer and more aesthetically pleasing than traditional hanging cables.
2.Technical parameter for Pipe cutting and beveling machine
3. Characters for Pipe Cutting and Beveling Machine:
3.1 High Efficiency and Precision: Using high-speed milling, accuracy reaches micron level. It forms straight, inclined, U-shaped, V-shaped, and K-shaped bevels in one pass, eliminating secondary grinding.
3.2 High Degree of Automation: Automatic walking and CNC types enable auto-clamping, edge detection, feed, and return, reducing manual work and increasing productivity.
3.3 Strong Adaptability: Processes carbon steel, stainless steel, and aluminum plates. Thickness ranges from 6–80mm for standard models, while heavy-duty non-pressure beam types reach 6–400mm.
3.4 Flexible Bevel Angle Adjustment: Bevel angle is adjustable from 0° to 90° typically. Some models support 15°–60° or 30°–60° ranges for specific requirements.
3.5 Low Energy Consumption and Cost: Compared to edge planers, it offers lower price, reduced energy use, better surface finish, and simpler maintenance procedures.
3.6 Advanced Structural Design: Guide rails are detachable and heat-treated for smooth travel. Return system operates independently from feed for higher efficiency. Cutter head angle is flexible, and standard/custom heads are interchangeable.
products faq
An Edge Milling Machine uses high-speed rotating milling cutters to remove material, offering faster processing speeds, superior surface finish, and higher precision (micron-level). An Edge Planer uses a reciprocating cutting action, which is slower, produces rougher surfaces, and requires more maintenance. Milling machines also support multiple bevel profiles in a single pass, while planers are typically limited to straight edges.
The machine can produce a wide variety of bevel profiles in one pass, including:
Straight edges
Inclined / beveled edges (V, Y, X, K shapes)
U-shaped grooves
Compound bevels
Bevel angles are adjustable, typically from 0° to 90°, with select models supporting specific ranges such as 15°–60° or 30°–60°.
Standard models typically process plates from 6mm to 80mm thick. For heavy-duty applications, we offer non-pressure beam type models capable of handling thicknesses up to 6mm to 400mm. The machine works with carbon steel, stainless steel, aluminum, and other common structural materials.
The feeding speed is adjustable from 0.13 to 1.0 m/min, controlled by a Variable Frequency Drive (VFD). This allows operators to select the optimal speed for different materials and bevel requirements, balancing productivity and tool life.
The machine features:
A welded main frame with stress-relief heat treatment to prevent deformation
A combined suspension and seater guide rail design for reduced vibration
Motor-driven feeding system with precise VFD speed control
High-quality standard milling cutters for consistent cutting
These design elements ensure stable operation and repeatable accuracy even under continuous production conditions.
Routine maintenance includes:
Inspecting and replacing milling cutter inserts as needed
Lubricating guide rails and moving parts
Checking VFD and electrical connections
Cleaning the machine after use to remove metal chips and debris
Inspecting the hydraulic/pneumatic system (if equipped)
Calibrating workpiece positioning devices periodically
Regular preventive maintenance ensures long-term reliability, accuracy, and extended machine service life. We provide detailed maintenance schedules and spare parts support.