Datum Machine Datum Machine

Golden Laser 3D Robot Fiber Laser Metal Cutting Machine for Automotive Parts Raycus Raytools Cypcut Control System CNC Software

Product Description

Gantry Robotic Laser Cutting Machine RN16 RN18 RN26

This 3D robot laser cutting machine with a fiber laser source is equipped with an industrial robot from leading brands such as ABB, FANUC, KUKA, or STAUBLI. It provides flexible 3D dynamic laser metal cutting across multi-dimensional and multi-angle planes. The system is widely utilized in automotive sheet metal, 3D curved metal parts, shaped tubes, internal high-pressure tubes, thermoformed tubes, household appliances, and specialized bathroom fixtures.

The system offers significant advantages including low investment costs, convenient adjustment, short processing cycles, and zero deformation post-processing. It is exceptionally suited for high-volume production of workpieces and special-shaped pipe fittings.

Main Product Features
1
Release the Ability of High Power Laser Cutting:

Optional follow-up 3D laser cutting heads from top international brands ensure the beam remains in focus at all times, guaranteeing superior cutting quality.

3D Laser Cutting Head
2
One Machine for Multiple Uses:

Beyond cutting, functions such as packaging, handling, and welding can be realized by changing hardware and modifying the 3D programming software.

Versatile Robotic Applications
3
Flexible Installation Method:

Depending on factory space and processing requirements, users can choose between a gantry type or stand-type installation. This allows for high-performance operation even within limited floor space.

Flexible Installation
Technical Specifications
ModelMi20B
Laser TypeFiber Laser
Applicable MaterialMetal, SS, CS, MS, Aluminum, Brass, Copper
Cutting Area1850mm
Laser Source BrandRAYCUS
Weight4000KG
Warranty2 years
Configuration6-axis
Cutting Thickness0.5mm - 20mm
Control SystemCypcut
Cooling ModeWater Cooling
Graphic SupportAI, BMP, DWG, DXF, PLT, etc.
Core Selling Points

1. High Efficiency: Features powerful RAYCUS fiber lasers with adjustable speeds for precise metal processing.

2. Robust Performance: Built with high-quality motors and gears, achieving 0.15mm process accuracy and 0.2mm repeatability.

3. Versatile Material Handling: Compatible with stainless steel, carbon steel, aluminum, and brass up to 20mm thick.

4. Advanced 6-Axis Control: Supports Fanuc, ABB, KUKA, or Staubli robots with Cypcut control systems for continuous wave operation.

Advanced Robotic Control
Application Samples
Cutting Samples
Manufacturing Capability

The manufacturer specializes in intelligent equipment including fiber laser cutting machines for sheet and tube, 3D robotic welding systems, and customized laser solutions. With a global presence, equipment is exported to over 120 countries including the USA, Germany, UK, France, and India.

Manufacturing Park
Workshop
Certifications
Frequently Asked Questions
Q1: What materials can the 3D robot laser cutting machine process? The machine is designed to cut a wide variety of metals, including stainless steel, carbon steel, mild steel, aluminum, brass, and copper, with thicknesses ranging from 0.5mm to 20mm.
Q2: Which robot brands are compatible with this system? Our 3D laser systems are compatible with world-class industrial robot brands such as ABB, FANUC, KUKA, and STAUBLI, ensuring high reliability and precision.
Q3: Can the machine be used for applications other than cutting? Yes. By changing the hardware and modifying the 3D programming, the system can be adapted for laser welding, material handling, and packaging tasks.
Q4: What are the advantages of the gantry-type installation? The gantry-type installation is ideal for large-scale workpieces. It provides a stable framework and allows the robot to cover a larger processing area while maintaining high accuracy.
Q5: What control system does the machine use? The machine utilizes the professional Cypcut control system, which supports multiple graphic formats like DXF, PLT, AI, and DWG, and offers offline programming capabilities.
Q6: What industries benefit most from this 3D robotic technology? It is widely used in automotive manufacturing (for sheet metal and thermoformed parts), aerospace, household appliances, and the production of complex 3D curved metal components.
Contact Support

Related Products