3D Robot

· Six-axis robotic laser cutting system for complex 3D processing
· High flexibility arm span up to 2.0 meters
· Teach pendant programming for easy operation
· High precision positioning and repeatability
· Ideal for curved, irregular, and three-dimensional metal parts

Laser Power : 500W – 3000W

Introduction

Specifications：

Model	HN-1500JXS
Arm Span	1.4–2.0 m
Axes	6 Axis
Laser Power	1500W - 3000W
Central Wavelength	1080 nm
Re-positioning Accuracy	±0.1 mm
Cutting Speed	20 m/min
Cooling System	Water Chiller
Programming Mode	Teach Pendant
Laser Source	Raycus / Max / RECI
Control System	FSCUT
Laser Head	BOCI / RAYTOOLS
Electrical Components	Schneider
Power Supply	380V / 50HZ
Machine Weight	150 kg

Description：

3D Laser Cutting Robot is an advanced robotic fiber laser system designed for high-precision three-dimensional cutting applications. By combining a high-performance fiber laser source with a six-axis industrial robotic arm, the system enables flexible cutting of complex curves, bevels, and irregular geometries in three-dimensional space.

This solution significantly reduces processing time while improving cutting accuracy, automation level, and production efficiency.

High-Quality Components for Reliable Performance

Robotic Arm: Six-axis linkage for full spatial freedom
Laser Source: Raycus / Max / RECI fiber laser generators
Laser Head: BOCI / RAYTOOLS for stable and efficient cutting
Control System: FSCUT CNC control system
Servo Motors & Drives: DELTA / Fuji / Yaskawa
Electrical Components: Schneider industrial-grade components
Cooling System: Independent water chiller for laser and optics protection

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Specifications and Performance

The system supports laser power from 500W to 3000W, capable of cutting carbon steel up to 16 mm, delivering smooth edges and high dimensional accuracy. The ±0.1 mm repositioning accuracy ensures stable and repeatable cutting quality, even for complex 3D contours.

Teach pendant programming allows fast setup and intuitive operation, making it suitable for both automated and semi-automated production environments.

Applications and Versatility

Applicable Materials:

Carbon Steel
Stainless Steel
Aluminum
Copper
Brass
Galvanized Tube

Processing Capabilities:

3D curve cuttin
Irregular and complex geometries
Bevel cutting and edge trimming
Sheet metal and tubular components
Multi-angle and spatial cutting tasks

Applications：

Automotive parts and structural components
Sheet metal fabrication
Hardware and metal fittings
Engineering machinery
Aerospace components
Metal furniture and decorative parts

Application Industry Scenario Diagram


Aerospace Industry	Automotive Industry	Furniture & Decoration	Metal Fabrication Machinery

Competitive Advantage:

Six-Axis Robotic System: Full spatial freedom for complex 3D cutting
High Flexibility: Multiple arm span options up to 2.0 m
High Precision: ±0.1 mm repositioning accuracy
Efficient Programming: Teach pendant operation, easy learning curve
Stable Cutting Performance: High-quality laser source and optics
Automation Ready: Easily integrated into automated production lines
Compact Design: Small footprint with powerful processing capability
Low Maintenance: Non-contact laser cutting reduces tool wear

Quality Inspection & Manufacturing Process：

Pre-Assembly Inspection	Precision Machining	Vibration & Natural Aging
Each machine component undergoes precise measurement of guide rail straightness and geometric accuracy. Altimeters verify linear dimensions to ensure every part meets design standards.	High-speed rough machining removes burrs and excess material, followed by fine processing for smooth, flat surfaces that ensure long-term cutting precision.	Residual internal stress is released through vibration and natural thermal cycles. This process enhances structural rigidity, stability, and dimensional accuracy of the machine bed.
Assembly Process	Welding & Structural Strength	Final Inspection & Testing
Guide rails and gear racks are installed and calibrated by skilled technicians using precision tools, ensuring smooth transmission and stable machine performance.	CO₂ shielded welding guarantees firm, defect-free joints, improving overall frame strength, durability, and cutting stability.	Dynamic performance tests check positioning accuracy, repeatability, and micro displacement precision. Interferometers compensate for any rack errors, ensuring superior cutting accuracy.