Product Overview

The UK-JXQ18 Robot Laser Cutting Machine is a state-of-the-art industrial robotic arm laser cutting system developed and manufactured by Shenzhen Rovell Laser Technology Co., Ltd. (brand: YouKong ). Designed to meet the demanding requirements of modern manufacturing automation, this machine combines the precision of fiber laser technology with the flexibility and reach of a multi-axis industrial robotic arm, delivering superior cutting performance across a wide range of metal materials and complex geometries. Unlike traditional flat-bed or gantry-style laser cutters, the robot laser cutting machine brings a new dimension of freedom to metal fabrication — capable of cutting not just flat sheets, but also three-dimensional workpieces, curved surfaces, and complex structural components that would be impossible or extremely costly to process with conventional equipment. This makes the UK-JXQ18 an ideal solution for industries that demand both high throughput and geometric versatility.

Design Philosophy & Engineering

The UK-JXQ18 is built around the philosophy of "making cutting simpler" — a core value of the YouKong brand. The system integrates a high-power fiber laser source with an articulated industrial robot, a precision cutting head, and an intelligent control system, all packaged into a cohesive, production-ready platform. The robotic arm is engineered for industrial-grade durability and long service life, capable of operating continuously in demanding factory environments. The cutting head is mounted directly on the robot's end-effector, allowing it to follow complex 3D paths with high accuracy and repeatability. The entire system is designed to minimize setup time, reduce operator dependency, and maximize uptime — key factors in high-volume manufacturing environments.

Key Technical Specifications

Parameter	Specification
Model Number	UK-JXQ18
Laser Wavelength	1070 ± 10nm
Operating Mode	Continuous
Recommended Cutting Thickness	0.5–8mm (Stainless Steel / Carbon Steel)
Repeat Positioning Accuracy	±0.03mm
Aiming & Positioning Mode	Red Light Indication
Total Equipment Power	16–20 KW
Working Voltage	AC 220V / 380V, 50–60Hz
Optional Laser Power	1500W – 4000W
Manipulator Travel	1.6m / 1.8m / 2.0m (Optional)

Laser Source & Cutting Performance

At the heart of the UK-JXQ18 is a high-performance fiber laser source operating at a wavelength of 1070 ± 10nm — the optimal wavelength for absorbing into metals such as stainless steel, carbon steel, and a range of alloys. The system operates in continuous wave (CW) mode, which delivers a consistent, uninterrupted beam ideally suited for smooth, high-speed cutting with clean edge quality. The machine offers a selectable laser power range of 1500W to 4000W, giving operators the flexibility to dial in the precise energy level required for different material types and thicknesses. Lower power settings deliver fine, delicate cuts on thin sheet metal, while higher power settings enable rapid, deep cuts through thicker structural materials — all without changing the hardware setup. The recommended cutting thickness of 0.5mm to 8mm covers the vast majority of sheet metal and structural steel used in industrial fabrication. This range is suitable for thin decorative panels, structural brackets, chassis components, pipe fittings, and more.

Robotic Arm & Motion System

The robotic arm is the defining feature of the UK-JXQ18, setting it apart from conventional 2D laser cutting machines. The multi-axis articulated arm provides full 3D spatial movement, allowing the cutting head to approach workpieces from virtually any angle. This enables the machine to process:

• Flat sheet metal (traditional 2D cutting)
• 3D structural components (tubes, frames, brackets)
• Curved and contoured surfaces
• Beveled and angled cuts
• Complex geometric profiles

The manipulator is available in three arm travel options — 1.6 meters, 1.8 meters, and 2.0 meters — allowing customers to choose the configuration that best matches their workspace dimensions and workpiece sizes. Longer arm configurations are ideal for large-format workpieces or production lines requiring greater reach, while shorter configurations offer a more compact footprint for space-constrained workshops. The system achieves a repeat positioning accuracy of ±0.03mm, which is a benchmark figure for industrial robotic systems and ensures that every cut is reproduced with consistent precision across thousands of cycles. This level of accuracy is critical for parts that require tight dimensional tolerances or must fit precisely into assemblies.

Positioning & Guidance System

The UK-JXQ18 uses a red light indication system for aiming and positioning. Before cutting begins, a visible red guide laser is projected onto the workpiece, allowing operators to visually confirm the cutting path, verify workpiece alignment, and make any necessary positional adjustments. This intuitive visual feedback system reduces setup errors and improves operator confidence, especially when processing new workpiece types or complex cutting paths.

Power & Electrical Specifications

The machine is designed to operate on standard industrial power supplies, supporting both AC 220V and AC 380V input at 50–60Hz — making it compatible with electrical infrastructure across China, Southeast Asia, Europe, and other global markets. The total equipment power consumption ranges from 16 to 20 KW, which is efficient relative to the cutting performance delivered, particularly when compared to plasma or waterjet cutting alternatives.

Applicable Materials

While optimized for stainless steel and carbon steel, the UK-JXQ18 is also capable of cutting a broad range of metallic materials, including:

• Stainless steel — clean cuts with minimal oxidation, ideal for food, medical, and architectural applications
• Carbon steel — high-speed cutting with excellent edge quality for structural and mechanical parts
• Alloy steels — suitable for automotive and aerospace components
• Spring steel and silicon steel — used in electrical and precision mechanical applications
• Aluminum and aluminum alloys — lightweight structural parts, enclosures, and panels
• Galvanized sheet and aluminum-zinc plate — common in HVAC, construction, and appliance manufacturing

Industry Applications

The UK-JXQ18 is engineered for deployment across a diverse range of industries where precision metal cutting is essential: Automotive & Transportation — Body panels, chassis brackets, exhaust components, structural reinforcements, and custom fabricated parts requiring complex 3D cutting paths. Aerospace & Aviation — High-precision structural components, skin panels, and brackets where dimensional accuracy and material integrity are paramount. Machinery & Equipment Manufacturing — Frames, guards, enclosures, mounting plates, and mechanical parts across all categories of industrial machinery. Elevator & Escalator Manufacturing — Structural panels, door components, guide rail brackets, and decorative trims requiring precise, repeatable cuts. Advertising & Signage — Custom metal letters, display frames, architectural decorations, and branded metalwork cut to intricate designs. Home Appliance Manufacturing — Chassis panels, motor mounts, heat shields, and internal structural components for white goods and consumer electronics. Metal Fabrication & Job Shops — General-purpose contract cutting for a wide variety of industries, enabling job shops to serve customers with diverse and complex cutting requirements. Medical Equipment — Precision cut components for medical device housings, surgical equipment frames, and laboratory apparatus.

Advantages Over Conventional Cutting Methods

Versus Traditional Plasma Cutting: Laser cutting produces significantly narrower kerf widths, smoother edge finishes, and far greater precision. There is no electrode wear, no consumable gases specific to the plasma process, and the heat-affected zone is dramatically smaller — preserving material properties and reducing post-processing requirements. Versus Mechanical Cutting (Saw, Punch, Shear): Laser cutting requires no physical tooling, eliminating tool wear costs and changeover time. It can produce shapes of arbitrary complexity without retooling and processes materials without mechanical force, reducing workpiece distortion. Versus Waterjet Cutting: Laser cutting is significantly faster, produces no wet waste stream, and requires no abrasive consumables. For metal cutting specifically, laser systems typically offer superior throughput and edge quality. Versus Conventional 2D Laser Cutting: The robotic arm configuration of the UK-JXQ18 adds the critical capability of 3D cutting — processing formed, bent, or curved workpieces that a flat-bed machine cannot handle. This makes it possible to cut after forming, reducing intermediate handling steps and enabling new design possibilities.

Service & Support Commitments

YouKong provides a comprehensive service package with every UK-JXQ18 system:

• Free delivery, installation, and commissioning at the customer's facility
• Free operator training to ensure production-ready capability from day one
• Free processing solution development tailored to the customer's specific parts
• Free sample processing before purchase for customer evaluation
• Free technical support throughout the machine's service life
• Free provision of selected consumable parts
• 1-year free warranty with lifetime maintenance support
• 24-hour telephone technical support for emergency troubleshooting
• Free software and firmware upgrades including control software and main board updates