Split Frame Pipe Cutting and Beveling Machine – Portable Pipe Cutting and Beveling Equipment

MecBase Split Frame Pipe Cutting and Beveling Machines feature an opening frame for installation around existing pipes. Designed for pipe cutting, facing and beveling, the ESCG series offers multiple models, drive options and tooling configurations for industrial piping applications.

Key Features

  • Split Frame Design: Installs directly around existing pipes for convenient on-site operation.

  • Cutting and Beveling: Supports pipe cutting, facing, and beveling, depending on the selected tooling configuration.

  • Multiple Drive Options: Available with hydraulic, electric or servo motor, and pneumatic drive systems.

  • Wide Pipe Size Range: Multiple models cover nominal pipe sizes from DN50 to DN1500.

  • Controlled Feed System: Features a planetary gear feed system with a specified dual-feed increment of 0.16 mm per revolution.

  • Flexible Tooling: Tool heads and cutting tools can be selected according to pipe material, wall thickness, and weld joint requirements.

ESCG Series Split Frame Pipe Cutting and Beveling Machine

ModelPipe Size RangeDiameter B (mm)Diameter C (mm)Height H (mm)Max. Wall Thickness (mm)Weight (kg)Cutter Head Speed (rpm)
ESCG 206DN50–150184321204≤4048.815–25
ESCG 408DN100–200235369204≤4055.415–25
ESCG 610DN150–250286419204≤4059.610–20
ESCG 612DN150–300337470204≤4065.910–20
ESCG 814DN200–350372505204≤4069.610–20
ESCG 1016DN250–400423557204≤4076.610–20
ESCG 1218DN300–450474608204≤4080.410–20
ESCG 1420DN350–500525659204≤4086.610–20
ESCG 1824DN450–600636771204≤4098.48–15
ESCG 2228DN550–700738903210≤40138.68–15
ESCG 2632DN650–8008401005210≤40151.48–15
ESCG 3036DN750–9009561121210≤401728–15
ESCG 3642DN900–105011091274210≤401936–10
ESCG 4248DN1050–120012611426210≤402246–10
ESCG 4854DN1200–135014241619210≤402426–10
ESCG 5460DN1350–150015761772210≤402756–10

Technical Notes:

  • Standard maximum wall thickness: 40 mm.

  • Custom tooling for wall thicknesses up to 120 mm may be available upon request, subject to technical evaluation and model compatibility.

  • Dimensions B, C, and H follow the supplied product drawing. Refer to the final engineering drawings for dimensional definitions and installation clearances.

  • Nominal pipe size does not necessarily equal actual outside diameter. Confirm actual pipe dimensions before selecting a machine.

Drive Options and Requirements

Drive TypeTechnical RequirementsTypical Applications
HydraulicFlow rate: 40 L/min; pressure: 20 MPaIndustrial field operations and heavy-duty pipe machining
Electric / Servo MotorPower supply: AC 220 V or AC 380 VPipe fabrication workshops and industrial facilities
PneumaticPressure: 0.63–1.0 MPa; air consumption: 1,500–3,500 L/minIndustrial sites with a suitable compressed-air supply

Additional Specifications

  • Feed System: Planetary gear feed system

  • Specified Dual-Feed Increment: 0.16 mm per revolution

  • Surface Treatment: Anodizing and sandblasting

  • Packaging Options: Aluminum case, metal case, or wooden crate, depending on the order configuration

Note: The above requirements are based on the available product information. Confirm motor power, connections, and power-source compatibility for the selected model. Pneumatic drive does not automatically qualify equipment for use in explosive atmospheres; applicable certifications and site safety requirements must be verified.

Tool Head and Cutting Tool Options

Different tool heads and cutting tools can be selected according to pipe dimensions and machining requirements.

  • Standard Tool Head: For conventional pipe cutting and beveling.

  • Roundness Compensation Tool Head: For applications where pipe ovality needs to be considered.

  • Combined Drilling and Milling Tool Head: For selected specialized machining operations.

  • External Pipe Machining Tool Head: For specified external pipe machining applications.

  • Internal Beveling Tool Head: For selected internal beveling operations.

  • Bridge-Type Tool Head: For certain heavy-wall pipe machining and specialized applications.

Depending on the tooling configuration, the machine can be set up for V-type, Y-type, compound, and J-type bevel profiles.

Tool compatibility and machining capabilities depend on the machine model, pipe material, wall thickness, required bevel geometry, and weld joint design. Please confirm the configuration before ordering.

Applications

  • Oil and Gas: Pipeline construction, cutting, repair, and weld preparation.

  • Petrochemical Industry: Process piping installation, modification, and maintenance.

  • Power Generation: Industrial piping installation and maintenance.

  • Pipe Fabrication: Pipe cutting, facing, and beveling before welding and assembly.

  • Shipbuilding and Marine Engineering: Piping fabrication, installation, and repair.

  • Industrial Maintenance: On-site pipe cutting and modification of existing piping systems.

pipe cutting machine

Request a Quote

Looking for a split frame pipe cutting and beveling machine for industrial piping applications?

Contact MecBase for model recommendations, technical specifications, drive options, tooling configurations, and international shipping quotations.

Please provide your pipe dimensions, material, wall thickness, machining requirements, preferred drive type, and order quantity so we can help identify a suitable solution.

Contact MecBase today for a quotation and technical support.

Frequently Asked Questions

It is a pipe machining machine with an opening ring frame that clamps around the outside of a pipe. Depending on the tooling configuration, it can perform pipe cutting, facing, and beveling.

The available product specifications cover nominal pipe sizes from DN50 to DN1500. Each model has a specific operating range, so actual pipe dimensions and installation clearance should be confirmed before ordering.

Hydraulic, electric or servo motor, and pneumatic drive options are listed. Availability and technical requirements depend on the selected model.

The standard specified maximum wall thickness is 40 mm. Custom tooling for wall thicknesses up to 120 mm may be available, subject to model compatibility and technical confirmation.

Depending on the selected tooling, the machine can be configured for V-type, Y-type, compound, and J-type bevel profiles. Confirm the required profile and weld joint design before ordering.

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