Portable Pipe Cutting and Beveling Machine

1. Split-Frame Construction for Direct Pipeline Installation

The machine features a two-piece frame that can be opened and assembled around the outside diameter of an existing pipe.

This mounting arrangement eliminates the need to slide the machine over a pipe end, making installation more convenient when working with continuous pipeline sections, fixed pipe networks, and restricted-access locations.

Key advantages include:

• Two-piece frame for convenient installation and removal

• External diameter clamping for secure positioning

• Suitable for in-line pipeline machining

• Adaptable to horizontal and vertical pipe installations

• Practical for maintenance and modification of existing piping systems

2. Three Drive Options for Different Working Environments

Different pipeline projects have different power requirements. This machine series offers electric, hydraulic, and pneumatic drive configurations to accommodate a wider range of applications.

Electric Drive

Suitable for workshops and job sites with an appropriate electrical power supply. It provides a practical solution for routine pipe cutting and beveling operations.

Hydraulic Drive

Designed for applications requiring hydraulic power and suitable torque output. It can be configured for demanding industrial machining tasks according to the selected model.

Pneumatic Drive

Uses compressed air as the power source and is suitable for applications where pneumatic equipment is preferred or electrical power availability is limited.

The appropriate drive system can be selected according to pipe dimensions, material, machining requirements, and site conditions.

3. Multiple Machining Functions in One Machine

The equipment supports a variety of pipe end machining operations through different cutting tools and tool holder configurations.

Available machining operations include:

• Pipe cutting and separation

• Single-angle and compound beveling

• Simultaneous pipe cutting and beveling

• Internal counterboring

• Flange facing

• Internal and external pipe end machining

• Pipe end preparation before welding

Combining several machining processes in one piece of equipment helps reduce the need for separate tools and additional handling during pipeline preparation.

4. Automatic Tool Holder Feed and Adjustable Beveling

The machine is equipped with an automatic tool holder feed mechanism to support controlled cutting and machining movements.

Its tooling configuration can be adjusted according to the required pipe end profile, bevel angle, and machining procedure.

Different cutting and beveling tools can be selected to meet specific welding preparation requirements and project specifications.

5. Extensive Pipe Diameter Coverage

The product range includes multiple models designed for different pipe outside diameters, from small industrial tubing to large-diameter pipelines.

• Pipe OD range: 25–1,430 mm (1″–56″)

• Standard wall thickness: Up to 30 mm

• Heavy-duty wall thickness: Up to 110 mm on selected models

• Multiple frame sizes for different pipe dimensions

• Model selection based on actual pipe OD and machining requirements

This extensive size range allows customers to select equipment suited to their individual pipeline applications.

6. Adaptable to Complex Installation Conditions

The split-frame design makes the machine particularly useful for pipeline work where conventional end-mounted equipment is difficult to install.

It can be configured for machining:

• Horizontal pipelines

• Vertical pipelines

• Existing in-line pipe sections

• In-wall piping systems

• Industrial steel pipelines

• Suitable plastic pipe applications with compatible tooling and machining parameters

Actual installation depends on available clearance, pipe support, machine configuration, and operating conditions.