ULE Enclosed-Type Exchange Table Fiber Laser Cutter | Automatic 6–12 kW High-Precision Sheet Metal Cutting Solution
CAMT’s advanced fiber laser cutting machines deliver the versatility modern metal fabricators need. Whether you’re processing carbon steel, stainless steel, galvanized sheet, aluminum, brass, or titanium, these machines handle a wide range of materials with consistent, high-quality results.
Trusted across industries — from kitchen appliances and sheet metal enclosures to automotive parts, medical equipment, and signage — CAMT machines combine speed, accuracy, and reliability in one compact system.
Equipped with a premium Japanese servo drive system, the machine achieves excellent precision and stability while maintaining high cutting speeds. You get clean, burr-free edges that often eliminate the need for secondary finishing — helping you reduce costs and increase throughput.
The rigid gantry dual-drive structure is designed for easy operation, low maintenance, and efficient use of floor space. The machine body is constructed from plate-and-tube welding and heat-treated at 600°C, ensuring structural stability with no deformation for over 20 years.
ULE Enclosed-Type Exchange Table Fiber Laser Cutting Machine Specification
| Parameter | Specification |
|---|---|
| Laser Power | 6 – 12 kW |
| Working Area | 3000×1500 / 4000×1500 / 4000×2000 / 6000×1500 / 6000×2000 / 6300×2200 / 6300×2500 / 8300×2500 / 13000×2500 mm |
| Max. Running Speed | 120 m/min |
| Max. Acceleration | 1.5 G |
| X/Y Positioning Accuracy | ±0.01 mm |
| X/Y Repeat Positioning Accuracy | ±0.03 mm |
| Z-axis Travel | 250 mm |
| Machine Gross Power | < 10 kVA |
| Operating Humidity | < 90% |
| Drive System | Japanese Servo Motors & Drivers |
| Structure | Enclosed-type, Floor-standing Gantry Dual-drive |
| Worktable | Automatic Twin Exchange Table |
| Machine Frame | Plate & tube welded, heat-treated at 600 °C — no deformation for 20 years |
| Laser Source & Cutting Head | Raycus fiber laser source + Raytools auto-focus cutting head |
| CNC Control System | CypCut (Windows-based) |
| Applicable Materials | Carbon steel, Stainless steel, Galvanized sheet, Aluminum alloy, Brass, Titanium |
Looking for more detailed specifications or a configuration that better matches your production needs? Contact our team to discuss additional parameters, customization options, or to receive a tailored quotation. We’re ready to help you find the right laser cutting machine solution.
Key Advantages of CAMT ULE Enclosed-Type Exchange Table Fiber Laser Cutteing Machine
Keep Production Moving
The automatic twin exchange table allows loading and unloading on one table while cutting continues on the other. Less waiting time means faster turnaround and higher daily output
A Safer, Cleaner Workplace
The fully enclosed design helps contain sparks, dust and cutting fumes while reducing direct exposure to laser radiation. It creates a cleaner, safer working environment for operators and surrounding equipment.
More Parts in Less Time
With a maximum running speed of 120 m/min and acceleration up to 1.5 G, the ULE handles demanding production schedules with ease. Fast movement between cuts shortens cycle times without compromising consistency
Precision You Can Repeat
A rigid gantry structure, precision motion system and responsive servo control deliver accurate positioning and repeatable cutting results. Produce complex parts and large batches with fewer errors and less material waste.
Built for Long-Term Stability
The welded machine frame is heat-treated at 600°C to relieve internal stress and improve structural rigidity. This helps maintain cutting accuracy over years of intensive industrial operation.
Ready for Diverse Cutting Jobs
Available with 6–12 kW laser power and multiple working-area options, the ULE processes carbon steel, stainless steel, galvanized sheet, aluminum alloy, brass and titanium. One platform supports a wider range of customer orders and production requirements.
Professional Laser Cutting Control System
Streamline Your Workflow: From CAD Design to Final Cut in One Software
Seamlessly combine file import, path planning, and machine control into a single, intuitive platform. No multi-software switching—just efficient, end-to-end processing.
- Native Windows Compatibility: Engineered for standard Windows environments to ensure rock-solid stability on factory floor PCs.
- Universal File Compatibility & Layer Management: Instantly import and process diverse vector and CAD formats with advanced multi-layer processing controls.
- Zero-Curve Learning Curve: A clean, operator-friendly interface designed for fast setup, reducing operator training time and minimizing human error.
- Dynamic Power & Frequency Modulation: Real-time visual curves allow precise adjustment of laser power and pulse frequency on the fly for flawless corner cutting and material transition.
Most Popular RAYCUS Laser Source
Powered by Industry-Leading RAYCUS Fiber Laser Source
Engineered with advanced ytterbium (Yb)-doped fiber technology and high-performance semiconductor laser diodes, our system delivers exceptional energy efficiency, rock-solid stability, and premium beam quality for demanding industrial applications.
Technical Highlights
- Advanced Optical Amplification: Employs pump light excitation of doped ions within the fiber core, driving photon oscillation and amplification to output a stable, high-power beam through the resonant cavity.
- Compact & Flexible Architecture: Designed for seamless system integration, maximizing workspace utility without compromising power output.
Core Performance Advantages
- Exceptional Focusability & Edge Quality: Generates a high-intensity, tightly focused beam that ensures ultra-high cutting precision, clean edges, and virtually burr-free finishes.
- High Efficiency & Long-Term Stability: Superior optical-to-electrical conversion efficiency paired with advanced thermal management guarantees continuous, reliable operation under heavy factory workloads.
- Outstanding Versatility: Highly adaptable across diverse metallic materials, delivering flawless, non-contact precision processing for carbon steel, stainless steel, aluminum alloys, and more.
- Intelligent Production Analytics: Features a proprietary status-monitoring platform that provides real-time machine reports and in-depth production data analysis to optimize shop floor efficiency.
Engineered for maximum precision and speed, our cutting head integrates high-performance optical lenses with intelligent real-time controls to ensure flawless metal fabrication.
- Dynamic Autofocus Height Control: Equipped with a high-response height sensor that automatically adjusts the focal point in real-time, guaranteeing consistent, high-precision cutting even on uneven or warped metal sheets.
- Optimized Beam Delivery & Protection: The fiber laser beam is precisely collimated and directed through a multi-layer protective lens system, safeguarding internal optics from debris and extending service life.
- High-Pressure Gas Assist & Melt Removal: An integrated auxiliary gas delivery system instantly clears molten metal from the kerf, ensuring clean, dross-free edges.
- Minimal Heat-Affected Zone (HAZ): Delivers high-speed, non-contact cutting with minimal thermal distortion, preserving the structural integrity of the material.
Trusted Across Heavy Industries
Ideal for high-speed, high-accuracy processing of carbon steel, stainless steel, aluminum, and other industrial metals—widely relied upon in automotive manufacturing, sheet metal fabrication, and precision engineering.
RAYTOOLS Laser Cutting Machine Head
Engineered for maximum precision and speed, our cutting head integrates high-performance optical lenses with intelligent real-time controls to ensure flawless metal fabrication.
- Dynamic Autofocus Height Control: Equipped with a high-response height sensor that automatically adjusts the focal point in real-time, guaranteeing consistent, high-precision cutting even on uneven or warped metal sheets.
- Optimized Beam Delivery & Protection: The fiber laser beam is precisely collimated and directed through a multi-layer protective lens system, safeguarding internal optics from debris and extending service life.
- High-Pressure Gas Assist & Melt Removal: An integrated auxiliary gas delivery system instantly clears molten metal from the kerf, ensuring clean, dross-free edges.
- Minimal Heat-Affected Zone (HAZ): Delivers high-speed, non-contact cutting with minimal thermal distortion, preserving the structural integrity of the material.
Trusted Across Heavy Industries
Ideal for high-speed, high-accuracy processing of carbon steel, stainless steel, aluminum, and other industrial metals—widely relied upon in automotive manufacturing, sheet metal fabrication, and precision engineering.
Mortise and tenon structure and heat treatment of laser cutting machine
Rugged, Industrial-Grade Machine Bed
Engineered for extreme durability and long-term stability, our heavy-duty welded steel plate bed undergoes rigorous large-scale shot blasting and high-temperature annealing processes to completely eliminate internal stresses. This advanced metallurgy ensures exceptional structural rigidity, preventing deformation for over 20 years of continuous high-load operation.
Intelligent & Operator-Friendly Control System
Designed with the operator in mind, the intuitive control interface minimizes the learning curve. Featuring comprehensive file compatibility, multi-axis coordinated control, and flexible processing workflows, it enables effortless execution of complex geometries and intricate designs while maximizing shop floor efficiency.
Optimized Production & Cost Efficiency
Streamlined Part-Changeovers: Shifting production to a new design requires only a simple program update, drastically cutting down setup time and minimizing labor overhead.
High Rigidity & High Output: Exceptional structural stiffness handles high-speed acceleration with ease, guaranteeing superior throughput and immaculate processing quality.
Ergonomic Material Handling: Streamlined loading and unloading workflows reduce physical fatigue, significantly lowering labor intensity and boosting daily productivity.
HIWIN guides
World-Class Motion System: Premium HIWIN Guides & YYC Racks
Built with globally renowned components to ensure micron-level precision, relentless speed, and decades of heavy-duty reliability.
- Micron-Level Precision & Zero Backlash: Equipped with HIWIN precision linear guides to deliver smooth, low-friction rolling motion with micron-level accuracy. Paired with European Grade 6 YYC gear racks, the system minimizes backlash to guarantee sharp, flawless, and repeatable cuts.
- Maximized Speed & Throughput: The ultra-low friction design of HIWIN guides enables rapid, slip-free acceleration, while YYC high-precision racks support high-speed linear motion—drastically boosting your daily shop-floor productivity.
- Industrial-Grade Durability: HIWIN guides feature an induction-hardened surface (up to 70 HRC) for exceptional wear resistance, while heavy-load-rated YYC racks endure grueling, high-intensity processing conditions for long-term stability.
- Exceptional Design Versatility: HIWIN guides efficiently handle multi-directional dynamic loads with self-aligning capabilities. Combined with versatile straight or helical YYC racks, the system seamlessly adapts to diverse cutting requirements and custom machine configurations.
INOVANCE Servo Motors & Drivers for Fiber Laser Cutter
Powered by industry-leading INOVANCE servo technology, our fiber laser cutting systems deliver lightning-fast dynamic response, absolute motion precision, and flawless multi-axis coordination for both sheet and tube processing.
- Micron-Level Motion Control: Advanced closed-loop feedback and high-resolution encoders ensure pinpoint positioning accuracy, allowing the laser head to effortlessly execute intricate geometries and fine contours.
- High-Speed Dynamic Response: Engineered for rapid acceleration and deceleration, significantly shortening cycle times and maximizing overall shop-floor throughput.
- Rock-Solid Stability & Smooth Operation: Delivers ultra-low speed ripple and vibration-free motion, guaranteeing pristine cut quality and smooth edge finishes even during high-speed transitions.
- High Thermal & Energy Efficiency: Optimized electromagnetic design reduces energy consumption and minimizes heat generation, ensuring consistent performance during prolonged, heavy-duty operation.
- Industrial Reliability & Low Maintenance: Built to withstand harsh factory environments with robust overload capacity, minimizing downtime and reducing long-term maintenance costs.
- Superior Versatility: Highly adaptable configuration profiles seamlessly support complex multi-axis coordination across diverse automated cutting setups
HANLI Cooling System for Laser
Engineered specifically for high-power fiber lasers, the HANLI chiller system delivers exceptional temperature control precision, rock-solid reliability, and energy-efficient operation to protect your core optics and maximize uptime.
- High-Precision Temperature Control: Advanced dual-temperature control modes ensure stable thermal regulation for both the laser source and optical cutting head, preventing beam drift and ensuring consistent cut quality.
- Uncompromised Reliability & Low Failure Rate: Built with heavy-duty industrial components to guarantee continuous, 24/7 stable operation under grueling factory workloads, significantly reducing maintenance downtime.
- Smart Energy-Saving Design: Intelligent temperature-adjusting algorithms dynamically match compressor cooling output to actual load requirements, drastically lowering power consumption.
- Comprehensive Protection Mechanisms: Equipped with multiple safety alarms (such as low water flow, over-temperature, and compressor overload protection) to safeguard your high-value laser source from thermal damage.
- User-Centric & Ergonomic Build: Compact footprint, intuitive digital interface, and easy-access maintenance points designed for seamless integration into the machine chassis.
Superior Performance Parts for Stability
- High-Rigidity Honeycomb Structure Beam: Designed with an advanced aerospace-grade honeycomb lattice structure, delivering exceptional structural strength and ultra-high rigidity while significantly reducing weight. This minimizes inertia during high-speed motion, ensuring superior dynamic response and vibration-free cutting accuracy.
- Precision SHIMPO Reducer: Equipped with world-renowned SHIMPO planetary reducers from Japan, engineered for high transmission precision, massive output torque, and whisper-quiet operation. Featuring a robust, leak-proof seal design and long-lasting lubrication, it guarantees enduring reliability and backlash-free transmission under heavy industrial workloads.
CAMT Laser Cutting Machine Quality
Ready-to-Use Parts with Zero Secondary Processing
Parts cut by our fiber laser systems are manufactured to such high precision that they are immediately ready for assembly right off the machine, completely eliminating the need for time-consuming secondary operations.
- Immaculate Edge Finish: Enjoy clean, smooth, and dross-free edges with zero sagging, ensuring a professional, high-end finish straight out of the box.
- Negligible Heat-Affected Zone (HAZ): Advanced laser focusing and precise thermal management restrict heat dispersion to an absolute minimum, preventing material warping, discoloration, or structural distortion.
- Outperforming Traditional Machining: Compared to conventional mechanical cutting, our laser solution delivers tighter tolerances, sharper contours, and unmatched repeatability.
By replacing outdated, multi-step mechanical fabrication with high-efficiency laser cutting, you dramatically streamline your production workflow, slash secondary labor costs, and accelerate project turnaround times—making it the ultimate industry-standard manufacturing solution.
High Performance Technical Specification of CAMT Laser
| Technical Parameter | Specification | Performance Benefit |
|---|---|---|
| Max. Running Speed | 120 m/min | High throughput for rapid sheet positioning and processing |
| Max. Acceleration | 1.5G | Quick response time for fast piercing and sharp corner transitions |
| X/Y Positioning Accuracy | ±0.01 mm | Exceptional precision for intricate geometry and tight tolerances |
| X/Y Repeatability | ±0.03 mm | Guaranteed consistency across mass-production runs |
| Machine Gross Power | < 10 kVA | Energy-efficient operation to minimize daily power consumption |
| Operating Humidity | < 90% | Robust adaptability to diverse, demanding factory environments |
Automatic Exchange Table
Featuring an advanced dual-exchange workbench system, this laser cutting machine is engineered for relentless, continuous operation. While one table executes high-precision cutting, the other handles material loading and unloading simultaneously—completely eliminating idle downtime and drastically accelerating your daily throughput in high-volume metal fabrication environments.
Why Choose Our Dual-Platform Design?
- Zero Idle Waiting: The pneumatic/hydraulic exchange mechanism cycles smoothly in seconds, ensuring the laser source never sits idle.
- Maximized ROI: By removing manual handling bottlenecks, you effectively double your effective cutting hours per shift without expanding your workforce.
- Heavy-Duty Reliability: Built with a rigid welded steel frame to withstand rapid table shifting and heavy sheet loads without structural fatigue.
Related Products
FAQs When Purchase ULE Enclosed-Type Exchange Table Fiber Laser Cutting Machine
What materials can the ULE fiber laser cutter process?
Should I choose a 6 kW or 12 kW laser source?
What working-area options are available?
Available working areas include:
- 3000 × 1500 mm
- 4000 × 1500 mm
- 4000 × 2000 mm
- 6000 × 1500 mm
- 6000 × 2000 mm
- 6300 × 2200 mm
- 6300 × 2500 mm
- 8300 × 2500 mm
- 13000 × 2500 mm
The working area should match your standard sheet size while leaving enough room for loading, unloading, table exchange and maintenance.
What speed and positioning accuracy can the machine achieve?
How does the automatic exchange table improve productivity?
What safety features does the enclosed design provide?
Which core components are used in the machine?
What utilities and site conditions are required?
- A stable industrial power supply matching the destination-country voltage and frequency
- Proper grounding and a dedicated electrical cabinet
- Oxygen, nitrogen or clean compressed air, depending on the material
- A suitable fume extraction and filtration system
- Adequate space for table exchange, loading and maintenance
- A level industrial foundation capable of supporting the complete machine
What maintenance and consumables are required?
How should the machine be inspected before shipment and acceptance?
The purchase contract should include a written Factory Acceptance Test (FAT) covering:
- Cutting tests using the customer’s specified materials and thicknesses
- Measurement of sample-part dimensions and edge quality
- Positioning and repeatability verification
- Continuous full-load operation
- Automatic table-exchange testing
- Laser source, cutting head, chiller and control-system verification
- Safety interlock, emergency stop and exhaust-system checks
- Confirmation of accessories, consumables, manuals and spare parts
The warranty period, response time, remote support, on-site service costs and spare-parts availability should also be stated in writing before payment.
Have more questions, or need a customized laser cutting machine solution?
Contact our team for detailed advice, technical support, or a tailored quotation. We’re ready to help you find the right configuration for your production needs.