1530 5-Axis CNC Plasma Bevel Cutting Machine for Metal Plates

Product Overview

The EASTRISE 1530 5-Axis CNC Plasma Bevel Cutting Machine is an industrial metal cutting system designed for precision bevel cutting, straight cutting, and complex contour processing of metal plates.

Featuring a 1500 × 3000mm working area, five-axis coordinated motion, and a bevel cutting angle of up to ±60°, this CNC plasma cutting machine is suitable for steel fabrication, structural steel manufacturing, shipbuilding, and industrial metal processing.

Unlike conventional three-axis CNC plasma cutting tables, a five-axis plasma bevel cutting machine can control the orientation of the plasma torch during cutting. This allows manufacturers to produce angled edges, V-shaped bevels, and other suitable weld preparation profiles directly on metal plates.

The machine supports Hypertherm or Huayuan plasma power source configurations and uses FASTCAM software for cutting program preparation.

By integrating plate cutting and bevel preparation into a CNC-controlled process, the EASTRISE 1530 plasma bevel cutting machine helps manufacturers reduce secondary machining requirements and improve production efficiency.

Key Specifications:

• Working Area: 1500 × 3000mm

• Cutting Technology: CNC Plasma Cutting

• Motion System: 5-Axis Coordinated Motion

• Bevel Cutting Angle: ±60°

• Cutting Speed Range: 0–16000mm/min

• Positioning Accuracy: ±0.3mm

• Plasma Power Source Options: Hypertherm / Huayuan

• Programming Software: FASTCAM

• Programming Format: G-Code

• Working Voltage: 3-Phase 380V / 60Hz

Actual cutting performance depends on the plasma power source, material thickness, torch configuration, cutting parameters, and operating conditions.

What Is a 5-Axis CNC Plasma Bevel Cutting Machine?

A 5-axis CNC plasma bevel cutting machine is a computer-controlled metal cutting system that combines conventional X-Y-Z movement with additional torch orientation control.

This configuration enables the plasma torch to tilt and rotate according to programmed cutting paths.

Compared with standard CNC plasma cutting machines, five-axis systems offer greater flexibility when preparing angled edges for welding and fabrication.

Typical operations include:

• Straight plasma cutting

• Angled plate cutting

• V-shaped bevel preparation

• Suitable Y-shaped bevel profiles

• Complex contour cutting

• Weld edge preparation

• Curved bevel cutting

The machine can produce programmed bevel profiles during the cutting operation, potentially reducing the need for separate mechanical beveling processes.

The actual range of supported bevel profiles depends on the cutting head, control system, material thickness, and selected plasma source.

Main Features of the 1530 5-Axis Plasma Bevel Cutting Machine

1. Five-Axis CNC Bevel Cutting Technology

The five-axis cutting system enables coordinated movement of the plasma torch to perform angled cutting operations.

The machine supports bevel angles of up to ±60° according to the specified configuration.

Main advantages:

• Supports programmable bevel cutting.

• Allows angled cutting along suitable contours.

• Reduces manual bevel preparation.

• Improves flexibility for metal fabrication.

• Supports complex plate cutting requirements.

• Helps improve consistency in repetitive cutting operations.

Five-axis plasma bevel cutting technology is especially useful for manufacturers producing welded steel structures and fabricated metal components.

2. Bevel Cutting Angle Up to ±60°

The EASTRISE CNC plasma bevel cutting machine offers a specified bevel angle range of ±60°.

This allows the machine to produce different angled edges according to the programmed cutting requirements.

Typical applications include:

• Weld preparation for steel plates

• Structural steel fabrication

• Shipbuilding components

• Heavy equipment manufacturing

• Industrial machinery components

• Customized metal fabrication

The achievable bevel geometry and edge quality depend on material thickness, torch clearance, plasma source capacity, and cutting parameters.

3. Large 1500 × 3000mm Working Area

The machine features a 1500mm × 3000mm working area, suitable for processing a wide range of metal plates.

This working size provides flexibility for both customized fabrication and repetitive production.

Manufacturers can use the machine to process steel components for industrial machinery, construction, and other metal fabrication applications.

4. Hypertherm or Huayuan Plasma Power Source Options

The machine can be configured with Hypertherm or Huayuan plasma cutting equipment.

The plasma power source is an important component affecting cutting capacity, edge quality, cutting speed, and operating costs.

Hypertherm Plasma System

Hypertherm plasma systems are widely used in industrial metal cutting applications.

Depending on the selected model, they can provide suitable cutting performance for demanding fabrication requirements.

Huayuan Plasma System

Huayuan plasma systems provide another configuration option for CNC metal cutting applications.

The appropriate plasma source should be selected according to:

• Material type

• Maximum plate thickness

• Required cutting quality

• Production capacity

• Operating budget

• Bevel cutting requirements

The exact cutting thickness and performance must be confirmed for the selected plasma source.

5. CNC-Controlled Cutting Operations

The CNC control system coordinates machine movement and plasma cutting operations according to programmed toolpaths.

This helps operators perform repeatable cutting processes with reduced manual intervention.

Advantages include:

• Programmable cutting paths

• Consistent motion control

• Repeatable cutting operations

• Complex contour processing

• Improved production flexibility

6. FASTCAM Programming Software

The machine supports FASTCAM plasma cutting software.

FASTCAM is used for preparing cutting programs and generating suitable CNC cutting instructions.

The machine supports G-code programming.

For five-axis bevel cutting, the complete programming workflow and supported bevel functions depend on the installed software modules and CNC controller.

7. Heavy-Duty Metal Cutting Structure

The machine features an industrial gantry-style structure designed for CNC plasma cutting applications.

A stable machine structure helps maintain consistent torch movement during cutting operations.

The machine uses a serrated working platform to support metal plates during processing.

8. Suitable for Complex Metal Fabrication

The combination of five-axis torch movement and CNC plasma cutting technology makes this machine suitable for fabrication projects involving angled edges and complex contours.

It can help manufacturers combine cutting and bevel preparation into a more efficient workflow.

Technical Specifications

Technical Note: Specifications are based on the currently published product information. Cutting capacity, available bevel profiles, plasma source model, and other configuration details should be confirmed before ordering.

What Materials Can the 5-Axis Plasma Bevel Cutting Machine Process?

The EASTRISE 1530 CNC plasma bevel cutting machine is designed for cutting electrically conductive metal materials.

Carbon Steel

Carbon steel is one of the most common materials used in plasma cutting applications.

The machine can be used for cutting carbon steel plates and preparing suitable beveled edges for welding.

Typical applications include structural steel components, industrial machinery parts, and welded assemblies.

Stainless Steel

Stainless steel is widely used in industrial equipment, food processing machinery, and metal fabrication.

With an appropriate plasma source and cutting parameters, the machine can process stainless steel plates.

Aluminum

Aluminum is commonly used in transportation, machinery manufacturing, and industrial fabrication.

The machine can cut suitable aluminum plates when configured with the appropriate plasma cutting system.

Other Conductive Metals

Depending on the plasma source and cutting requirements, the machine may also process other electrically conductive metals, including copper and certain metal alloys.

Material thickness limits and cutting performance vary according to the selected plasma power source.

Industrial Applications of 5-Axis CNC Plasma Bevel Cutting Machines

1. Structural Steel Fabrication

Five-axis plasma bevel cutting machines are suitable for preparing steel plate edges used in welded structural components.

They can help reduce manual edge preparation during steel fabrication.

2. Shipbuilding Industry

Shipbuilding involves extensive plate cutting and weld preparation.

A CNC plasma bevel cutting system can produce suitable angled edges for shipbuilding components and welded structures.

3. Heavy Machinery Manufacturing

Heavy equipment manufacturers frequently process metal plates that require welding.

Five-axis plasma bevel cutting technology can help prepare plate edges for subsequent fabrication processes.

4. Construction Equipment Manufacturing

The machine can be used for cutting suitable steel components used in construction equipment and industrial machinery.

5. Metal Fabrication Workshops

Metal fabrication businesses can use the machine for straight cutting, contour cutting, and bevel preparation.

6. Industrial Steel Plate Processing

The machine is suitable for processing customized metal components requiring programmed cutting paths and angled edges.

5-Axis Plasma Bevel Cutting vs. Conventional CNC Plasma Cutting

What is the difference between a five-axis plasma bevel cutting machine and a standard CNC plasma cutter?

The main difference is the ability to control the plasma torch orientation during cutting.

For manufacturers frequently producing beveled steel components, a five-axis CNC plasma cutting machine may reduce secondary processing and improve production flexibility.

However, conventional plasma cutting machines remain suitable for many applications involving primarily straight cuts.

How Does a 5-Axis Plasma Bevel Cutting Machine Work?

The machine uses CNC programming to coordinate plasma cutting with torch orientation.

A typical production process includes the following stages.

Step 1: Prepare the Cutting Design

The operator prepares the required metal part geometry and cutting information.

The cutting program should include the required contour and bevel specifications.

Step 2: Generate the Cutting Program

Compatible programming software generates the cutting instructions.

The program defines the cutting path and relevant machine movements.

Step 3: Position the Metal Plate

The metal plate is placed on the working table and positioned according to the production requirements.

Step 4: Perform Plasma Bevel Cutting

The plasma torch follows the programmed path.

During bevel cutting, the machine adjusts the torch orientation according to the programmed geometry.

Step 5: Inspect the Finished Components

After cutting, the operator checks the component dimensions, bevel geometry, and edge quality.

Depending on the welding specification, additional cleaning or finishing may be required.

Benefits of Using a CNC Plasma Bevel Cutting Machine

Reduced Secondary Processing

Producing bevels during plasma cutting can reduce the need for separate mechanical edge preparation.

Improved Production Efficiency

Combining contour cutting and bevel preparation helps simplify production workflows.

Flexible Cutting Applications

The machine supports straight cutting and suitable angled cutting operations.

Consistent Cutting Programs

CNC-controlled motion allows manufacturers to repeat programmed cutting operations.

Suitable for Customized Manufacturing

The machine can process different part designs according to production requirements.

Potential Labor Savings

Automated bevel cutting can reduce manual edge preparation and associated handling operations.

How to Choose the Right 5-Axis Plasma Bevel Cutting Machine

Before purchasing a CNC plasma bevel cutting machine, buyers should consider several important factors.

Maximum Material Thickness

The required cutting thickness is one of the most important factors when selecting a plasma cutting system.

Different plasma power sources offer different cutting capacities.

Required Bevel Angle

Confirm the required bevel angle range and bevel profile types.

The EASTRISE 1530 machine is specified with a bevel angle range of ±60°.

Working Area

The 1500 × 3000mm working area is suitable for many metal plate processing applications.

Customers requiring larger plate sizes should discuss alternative machine configurations.

Plasma Power Source

Choose the plasma source according to material thickness, cutting quality, operating costs, and production requirements.

Cutting Accuracy

The published positioning accuracy is ±0.3mm.

Actual finished-part accuracy depends on cutting conditions, machine calibration, thermal effects, and other factors.

Software Compatibility

Confirm that the CNC controller and programming software support the required bevel cutting operations.

Frequently Asked Questions About 5-Axis CNC Plasma Bevel Cutting Machines

Q1: What is a 5-axis CNC plasma bevel cutting machine?

A five-axis CNC plasma bevel cutting machine is an industrial metal cutting system that combines CNC-controlled movement with programmable plasma torch orientation.

It is used for cutting metal plates and preparing angled edges for welding and fabrication.

Q2: What is the maximum bevel cutting angle of the EASTRISE 1530 machine?

The specified bevel cutting angle is ±60°.

Actual cutting capability depends on the selected plasma source, material thickness, torch configuration, and cutting geometry.

Q3: Can this machine cut both straight and beveled edges?

Yes. The machine is designed for conventional plate cutting and suitable bevel cutting operations.

Q4: What is the working size of the machine?

The EASTRISE 1530 plasma bevel cutting machine has a working area of 1500 × 3000mm.

Q5: Can this machine cut stainless steel and aluminum?

Yes. Plasma cutting technology can process electrically conductive metals, including stainless steel and aluminum.

The cutting thickness and edge quality depend on the plasma source and cutting parameters.

Q6: What plasma power sources are available?

The published configuration lists Hypertherm and Huayuan plasma power source options.

The specific model should be selected according to the customer's material and cutting requirements.

Q7: Can a five-axis plasma cutter prepare edges for welding?

Yes. Five-axis plasma bevel cutting machines are commonly used to prepare angled edges for welding applications.

The finished edges must meet the applicable welding and fabrication requirements.

Q8: Is a five-axis plasma bevel cutter better than a standard plasma cutter?

A five-axis plasma bevel cutter offers additional flexibility for angled cutting and weld preparation.

However, a standard CNC plasma cutter may be more economical for applications requiring only straight cutting.

Q9: Can this machine cut thick steel plates?

The machine can process steel plates within the capabilities of the selected plasma cutting system.

Maximum cutting thickness must be confirmed according to the plasma source model and required bevel angle.

Q10: Can EASTRISE CNC provide customized configurations?

EASTRISE CNC can discuss customized machine configurations based on customer requirements, including working dimensions, plasma source selection, and other technical options.

Why Choose EASTRISE CNC?

EASTRISE CNC supplies CNC machinery solutions for metal fabrication and industrial manufacturing applications.

Our product range includes CNC plasma cutting machines, fiber laser cutting machines, CNC routers, and other industrial processing equipment.

We help customers evaluate machine configurations according to their materials, processing requirements, and production goals.

Machine Configuration Support

Customers can discuss different machine configurations according to their production requirements.

Technical Consultation

Our team can review cutting requirements, material information, and project specifications to help identify suitable equipment.

International Customer Service

EASTRISE CNC works with overseas customers and provides product information, technical communication, and quotation services.

Industrial Cutting Solutions

We focus on providing CNC machinery solutions for different manufacturing and fabrication applications.

Request a Quote for the EASTRISE 1530 5-Axis CNC Plasma Bevel Cutting Machine

Looking for a 5-axis CNC plasma bevel cutting machine for steel fabrication, shipbuilding, or industrial metal processing?

The EASTRISE 1530 CNC plasma bevel cutter combines a 1500 × 3000mm working area, programmable bevel cutting, and flexible plasma power source options.

Contact EASTRISE CNC for detailed machine specifications, available configurations, and pricing.

To receive a suitable quotation, please provide:

• Material type

• Maximum cutting thickness

• Required bevel angle

• Required bevel profiles

• Working area requirements

• Preferred plasma power source

• Electrical requirements

• Destination country

Contact EASTRISE CNC Today

Website: www.eastrisecnc.com

Email: info@eastrisecnc.com

EASTRISE CNC – CNC Metal Cutting Solutions for Industrial Manufacturing