High-Precision 3D Laser Cutting for Complex Metal Components

The JUYI 3D Five-Axis Laser Cutting Machine is an advanced industrial laser cutting system designed for high-precision three-dimensional cutting of complex metal components, curved surfaces, inclined structures, tubes, profiles, and formed sheet metal parts.

Equipped with a 3000W laser source, a large 5000 × 2500 × 700 mm processing range, and a five-axis motion system with A-axis ±135° rotation and C-axis n×360° continuous rotation, the machine provides flexible multi-angle laser cutting capabilities for demanding industrial manufacturing applications.

Unlike conventional 2D laser cutting machines, the JUYI 3D Five-Axis Laser Cutting Machine enables laser cutting along complex three-dimensional contours. Its multi-axis movement allows the laser cutting head to approach the workpiece from different angles, making it suitable for components with curved, inclined, deep, or irregular geometries.

The machine is an ideal solution for manufacturers looking for high-precision 3D laser cutting, five-axis laser cutting, complex metal component processing, and flexible automated production.

Key Advantages of the JUYI 3D Five-Axis Laser Cutting Machine

1. Five-Axis Simultaneous Laser Cutting

The five-axis motion system combines linear movement with multi-angle rotary movement to achieve flexible cutting on three-dimensional workpieces.

With:

• A-axis rotation: ±135°
• C-axis rotation: n×360°
• Z-axis stroke: 700 mm

the cutting head can adapt to different cutting angles and complex part geometries.

This makes the machine particularly suitable for 3D metal cutting, inclined surface cutting, curved component cutting, and complex contour processing.

2. Large 5000 × 2500 × 700 mm Processing Range

The JUYI 3D Five-Axis Laser Cutting Machine provides a large working envelope of 5000 × 2500 × 700 mm, giving manufacturers greater flexibility when processing large metal components.

The extended Z-axis travel is especially useful for three-dimensional parts with significant height variations, deep structures, or complex formed surfaces.

3. 3000W High-Power Laser Cutting

With a 3000W laser power, the machine provides high energy density for efficient metal cutting and precise processing.

The 1070 ± 10 nm laser wavelength is suitable for industrial metal processing and provides a reliable solution for precision cutting applications.

4. High Positioning Repeatability

The machine achieves a repeat positioning accuracy of ±0.03 mm, helping maintain consistent cutting quality during repeated production.

This is particularly important for:

• Precision components
• Automotive parts
• Industrial machinery components
• Metal structures
• Customized parts
• Batch manufacturing

5. High-Speed Dynamic Motion

The machine features a maximum acceleration of 10 m/s, supporting fast movement between cutting paths and helping improve overall production efficiency.

Combined with five-axis motion control, the system can reduce unnecessary positioning movements and improve productivity when processing complex components.

6. Offline Programming Capability

The JUYI 3D Five-Axis Laser Cutting Machine supports offline programming, allowing cutting programs to be prepared and optimized before production.

This can help manufacturers:

• Reduce machine setup time
• Optimize complex cutting paths
• Improve production planning
• Reduce operator workload
• Support repeatable batch production

For companies processing complex 3D components, offline programming can significantly improve workflow efficiency.

7. Self-Developed Laser Cutting Head

The machine is equipped with a self-developed laser cutting head, designed to work with the five-axis motion system for multi-angle and three-dimensional cutting applications.

The integrated cutting-head design helps provide stable laser positioning and precise processing when the cutting angle changes continuously.

3D Five-Axis Laser Cutting Technology

Traditional 2D laser cutting machines are mainly designed for flat sheets and simple two-dimensional contours. However, many industrial components feature curved surfaces, inclined walls, formed structures, and irregular geometries that require more flexible cutting directions.

The JUYI 3D Five-Axis Laser Cutting Machine addresses these challenges through five-axis laser cutting technology.

The five-axis system enables the laser cutting head to move and rotate simultaneously, allowing the laser beam to maintain a suitable cutting angle relative to the workpiece.

This provides significant advantages when processing:

• 3D formed metal components
• Curved surfaces
• Inclined surfaces
• Complex contours
• Deep cavities
• Tubular and profile structures
• Automotive body components
• Industrial machinery parts

The result is more flexible and precise three-dimensional laser cutting compared with conventional flat-sheet laser cutting systems.

Typical Applications

The JUYI 3D Five-Axis Laser Cutting Machine can be used for a wide range of complex metal cutting applications.

Automotive Component Cutting

Suitable for processing complex automotive metal components, formed panels, structural parts, exhaust-related components, and other three-dimensional metal parts.

Aerospace Component Processing

The five-axis configuration provides flexible cutting for lightweight structures, complex aerospace components, and precision metal parts requiring multi-angle processing.

Industrial Machinery Manufacturing

Suitable for cutting machine components, structural parts, brackets, housings, frames, and customized industrial components.

Metal Fabrication

The large working area and high-power laser system make the machine suitable for professional metal fabrication companies requiring both large-format and complex 3D cutting capabilities.

Sheet Metal Processing

For manufacturers producing formed sheet metal components, the machine can cut complex contours after forming or work with three-dimensional structures that cannot be efficiently processed using conventional 2D laser systems.

Tube, Profile & Structural Component Processing

The multi-axis configuration provides greater flexibility for processing tubular, profiled, and irregular structural components where cutting angles change along the workpiece.

Customized Metal Components

The machine is suitable for contract manufacturers and OEM suppliers producing customized components in small, medium, and large production batches.

Suitable Materials

The JUYI 3D Five-Axis Laser Cutting Machine is designed for industrial metal laser cutting applications and can be configured for processing a variety of metallic materials, subject to material grade, thickness, geometry, and laser cutting conditions.

Typical application materials include:

• Carbon steel
• Stainless steel
• Mild steel
• Galvanized steel
• Aluminum
• Aluminum alloys
• Copper and copper alloys
• Brass
• Other industrial metal materials

For specific material thickness and cutting-speed requirements, JUYI can provide a recommended laser configuration and process solution based on the customer’s material and component requirements.

Industries Served

The JUYI 3D Five-Axis Laser Cutting Machine is suitable for manufacturers across multiple industrial sectors.

Automotive & Transportation

3D cutting of formed automotive components, structural parts, brackets, and complex metal assemblies.

Aerospace & Aviation

Precision cutting of complex lightweight structures and high-value metal components.

Industrial Equipment Manufacturing

Processing machinery components, housings, frames, brackets, and customized industrial parts.

Metal Fabrication

Flexible production of large and complex metal components for OEM and contract manufacturing.

Agricultural Machinery

Cutting structural components, formed parts, brackets, and machinery components.

Construction & Heavy Equipment

Processing large metal structures and complex fabricated components.

Energy & Power Equipment

Manufacturing structural and precision metal components for energy-related equipment.

General Manufacturing

Suitable for manufacturers requiring flexible, high-precision three-dimensional laser cutting capabilities.

3D Laser Cutting vs. Conventional 2D Laser Cutting

Technical Specifications

*The acceleration unit should be confirmed with the equipment engineering team before final publication, as acceleration is normally expressed in m/s².

Why Choose JUYI 3D Five-Axis Laser Cutting Machine?

The JUYI 3D Five-Axis Laser Cutting Machine combines large-format processing, high-power laser cutting, multi-axis movement, and precision positioning in one industrial platform.

It is particularly suitable for manufacturers that need to move beyond conventional flat-sheet laser cutting and process complex three-dimensional metal components.

Main Benefits

• Five-axis simultaneous movement for complex 3D cutting
• 3000W laser power for efficient metal processing
• 5000 × 2500 × 700 mm large processing range
• ±0.03 mm repeat positioning accuracy
• ±135° A-axis rotation for flexible cutting angles
• n×360° C-axis rotation for continuous rotary positioning
• 700 mm Z-axis travel for high-profile workpieces
• Offline programming for improved production efficiency
• Suitable for curved, inclined and irregular metal components
• Designed for OEM, contract manufacturing and industrial production
• Suitable for a wide range of metal fabrication applications

A Flexible Solution for Complex Metal Manufacturing

From automotive components and industrial machinery to aerospace structures and customized metal parts, modern manufacturing increasingly requires the ability to process complex three-dimensional geometries.

The JUYI 3D Five-Axis Laser Cutting Machine provides manufacturers with a flexible 3D five-axis laser cutting solution capable of handling challenging cutting geometries that are difficult to process with conventional 2D laser cutting equipment.

With its large processing range, 3000W laser power, multi-axis rotation, precision positioning, and offline programming capability, the machine is designed to help manufacturers improve cutting flexibility, production efficiency, dimensional consistency, and overall manufacturing capability.

Whether you are upgrading an existing laser cutting line or developing a new automated metal processing solution, JUYI can provide equipment configuration and application recommendations based on your material, component geometry, cutting requirements, production volume, and desired accuracy.

Request a Customized 3D Laser Cutting Solution

Looking for a 3D five-axis laser cutting machine for your production line?

Send JUYI your:

• Material type
• Material thickness
• Component drawings or 3D files
• Required cutting dimensions
• Production volume
• Cutting accuracy requirements

Our engineering team can recommend a suitable laser configuration and customized 3D metal cutting solution for your application.