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[Function Description]
The CK-3200-FG is a rail-type fiber laser cutting machine specifically designed for ultra-large-format metal plate processing. Featuring a modular machine bed and worktable design, it allows the cutting area to be flexibly expanded according to workshop space and production requirements, making it ideal for handling a wide range of large-size metal plate cutting applications. Equipped with a high-power fiber laser source ranging from 6,000W to 40,000W, the machine delivers outstanding beam quality and cutting performance, enabling efficient processing of various metal materials, including carbon steel, stainless steel, and aluminum alloys. Combined with an intelligent control system and professional nesting software, the CK-3200-FG achieves high-precision, high-efficiency cutting while maximizing material utilization. It is widely used in industries such as steel structure fabrication, construction machinery, shipbuilding, bridge engineering, and other large-scale metal processing applications.
The CK-3200-FG is a Rail-Type Fiber Laser Sheet Cutting Machine specifically designed for large-format sheet processing. Equipped with a modular large-format worktable and compatible with high-power laser sources, it is widely used in industries such as shipbuilding, agricultural machinery manufacturing, construction machinery, and large-scale offshore oil and gas equipment production. The machine is engineered to meet the high-precision cutting requirements of oversized and heavyweight metal sheets, providing an efficient solution for large-scale industrial production.
The machine features a freely expandable large-format modular worktable. By adding or removing bed modules, the processing area can be seamlessly extended, completely eliminating the size limitations of conventional cutting equipment. Even when handling extra-wide and extra-long heavy-duty sheets, materials can be processed directly without pre-cutting or segmentation, significantly improving productivity and operational continuity. The worktable also completely separates the cutting area from the drive system, effectively minimizing heat transfer generated during laser cutting. This prevents thermal deformation of the machine bed and ensures stable performance during high-load and long-duration continuous operation.
The machine supports optional high-power laser sources ranging from 6kW to 40kW, enabling highly efficient thick-sheet cutting. It is suitable for processing a wide range of heavy-duty metal sheets, including carbon steel, stainless steel, and aluminum alloys. In addition, an optional intelligent bevel cutting head enables ±45° bevel cutting, allowing multiple bevel types to be formed in a single operation without secondary processing, significantly improving both cutting efficiency and machining accuracy.
Furthermore, the machine is equipped with an intelligent clean-cutting system. Mounted on the gantry columns, the system efficiently extracts smoke and dust generated during the cutting process, creating a cleaner and more environmentally friendly working environment. The processing area is also equipped with a safety light curtain protection system, which further reduces operational risks and provides comprehensive protection for both operators and equipment, helping manufacturers achieve safer production operations.
The CK-3200-FG Fiber Laser Sheet Cutting Machine is designed to meet the most demanding metal sheet processing requirements, it helps manufacturers improve productivity, enhance product quality, and accelerate the transformation of the heavy sheet fabrication industry toward greater efficiency, intelligence, and sustainability.
Details of the Industrial Large-Format Fiber Laser Sheet Cutting Machine
- Modular rail-type machine bed base
Heavy-duty machine bed base designed to provide a stable and reliable foundation for ultra-large-format cutting applications. The modular structure allows flexible extension of the machine length to accommodate evolving production requirements.
- Independent modular worktable
Featuring an expandable modular design, the worktable can accommodate sheets of various sizes while enhancing overall machine stability, operational flexibility, and production versatility.
- Raycus 12kW fiber laser source
Equipped with a Raycus 12kW fiber laser source, the system offers high electro-optical conversion efficiency, excellent beam quality, and outstanding resistance to back reflection, ensuring reliable performance across a wide range of cutting applications.
- BOCI intelligent laser head
Equipped with a BOCI laser cutting head, featuring closed-loop automatic focusing, collision protection, and real-time multi-sensor monitoring. It supports intelligent lead-out control and burr-free cutting while allowing protective lens replacement in as little as five minutes, minimizing downtime and maximizing productivity.
- High-precision transmission system
Equipped with high-quality linear guide rails and rack-and-pinion, the machine is designed to support ultra-long travel distances while maintaining outstanding motion accuracy.
- Safety light curtain system
Equipped with a safety light curtain system that immediately stops operation whenever personnel enter the protected area, ensuring a safer working environment and enhanced operator protection.
- Fume extraction system
Equipped with a fume extraction system that continuously removes smoke and airborne particles generated during processing, helping maintain a cleaner, safer, and more comfortable workshop environment.
- Automatic lubrication system
Equipped with a fully automatic centralized lubrication system that delivers lubricant to key transmission components at preset intervals and precise quantities. This minimizes component wear, reduces maintenance requirements, and ensures long-term stable operation.
- Hanli 12,000W chiller
Equipped with a Hanli 12kW industrial chiller, the system features dual-circuit precise temperature control to provide stable cooling for both the laser source and cutting head. This ensures reliable performance during high-power, long-duration continuous cutting operations.
- BOCHU FSCUT 6000 bus control system
The machine is powered by the BOCHU FSCUT 6000 high-power EtherCAT bus control system, integrating advanced intelligent cutting technologies such as smooth piercing, flash piercing, and intelligent vibration suppression. The system offers user-friendly operation, simplified commissioning, and stable, reliable performance for demanding industrial applications.
- BOCHU WKB-V6 wireless handheld controller
Equipped with a WKB-V6 wireless handheld controller, supporting precise jog movement control and customizable function settings. It enables operators to perform machine setup, positioning, and adjustment tasks more conveniently, improving both operational flexibility and overall processing efficiency.
Technical Parameters of the Industrial Large-Format Fiber Laser Sheet Cutting Machine
| Model | CK-3200-FG |
|---|---|
| Frame / Gantry | High-strength steel, heavy-duty rail-type bed |
| Laser Source | Raycus (optional Maxphotonics, IPG) |
| Laser Center Wavelength | 1064nm |
| Laser Cutting Head | 6000W: BLT421S |
| 12000W: BLT442 | |
| 20000W: BLT462 | |
| 30000W: BLT683H | |
| 40000W: BLT6103H | |
| Fiber Laser Power Options | 6000W-40000W (6kW-40kW) |
| Cooling Method | Hanli 6000W-40000W chiller for fiber laser |
| Drive System | Inovance bus-based absolute servo system: X-Axis: 1.8kW, Y-Axis: 4.4kW × 2 (dual-drive), Z-Axis: 0.75kW |
| Transmission | HIWIN (Taiwan) high-precision linear guideways |
| Reducer | KOFON planetary gear reducer |
| Main Electrical Components | Schneider / Omron |
| Pneumatic Components | SMC (Japan) proportional valves |
| Control System | ≤6KW: BOCHU FSCUT4000E bus-based control system |
| 12KW-20KW: BOCHU FSCUT6000 bus-based control system | |
| >20KW: BOCHU FSCUT8000 bus-based control system | |
| Lubrication System | Automatic lubrication system |
| Max. Sheet Processing Size | Vertical cutting: 12500/16500/20500 * 3250mm |
| Bevel vertical cutting: 12100/16100/20100 * 3150mm | |
| Bevel 45° cutting: 11750/15750/19750 * 2500mm | |
| Positioning Accuracy | ±0.1mm |
| Repositioning Accuracy | ±0.05mm |
| Max. Travel Speed (X/Y Linkage) | 80m/min |
| Max. Z-Axis Travel | Vertical cutting: 150mm |
| Bevel cutting: 420mm | |
| Max. Acceleration (X/Y Linkage) | 0.8G |
| Worktable Load Capacity | 22.5t |
| Operating Voltage | AC380V |
| Machine Dimensions | 16800*5500*2200mm |
| Machine Weight | 12.5t |
Features of the Large-Format Fiber Laser Sheet Cutting Machine
1. Rail-Type Machine Bed Base
The machine bed base undergoes both high-temperature annealing and vibration aging treatment to effectively eliminate residual internal stress within the material. This process minimizes the risk of deformation during long-term heavy-duty operation, ensuring outstanding structural stability and an extended service life. The rail-type bed structure features a lower center of gravity and higher load-bearing capacity, while its modular design allows the machine bed to be extended as required, meeting the processing demands of larger-format metal sheets.
2. Large-Format Modular Worktable
The worktable adopt an independent modular design, significantly reducing transportation and on-site installation complexity while improving assembly efficiency. The modular structure can be expanded or reconfigured by adding or removing modules to accommodate sheets of various sizes. In addition, the independent worktable effectively isolates heat transfer and vibration generated during processing, minimizing the impact of thermal deformation on machine accuracy and further enhancing overall operational stability and cutting precision.
3. Aerospace-Grade Aluminum Alloy Gantry Beam
The gantry beam is manufactured from aerospace-grade aluminum alloy, reducing overall weight by more than 30% compared with conventional steel structures while maintaining excellent rigidity and structural stability. The lightweight design significantly reduces the load on the drive system, contributing to improved machine performance and energy efficiency.
Its superior strength-to-weight ratio enables the beam to easily handle ultra-large-format and heavy-duty processing applications. Faster dynamic response, acceleration, and deceleration performance result in smoother and more efficient cutting operations. The higher travel speeds and enhanced motion responsiveness help shorten production cycles, significantly increasing cutting efficiency and throughput for large-format metal sheet processing.
4. Raycus 12kW Fiber Laser Source
The laser cutting machine is equipped as standard with a Raycus 12kW Fiber Laser Source, delivering excellent and stable beam quality together with outstanding resistance to highly reflective materials. It enables efficient and reliable cutting of thick sheets and is suitable for processing a wide range of materials, including carbon steel, stainless steel, and aluminum alloys.
To meet different production requirements, the machine supports optional fiber laser sources ranging from 12 kW to 40 kW, allowing users to select the most appropriate power level based on material thickness, productivity targets, and specific manufacturing needs.
5. BOCI Intelligent Laser Cutting Head
The machine comes standard with the BOCI BLT4 Series Laser Cutting Head, integrating automatic focusing, intelligent height following, multiple anti-collision protection functions, and real-time lens contamination monitoring. Its optimized optical path design ensures excellent cutting accuracy and edge quality, while the fully integrated water-cooling system efficiently dissipates heat generated during high-power processing, minimizing thermal distortion and extending the service life of critical optical components.
Combining outstanding stability, reliability, and ease of maintenance, the BOCI BLT4 Series fully unleashes the capabilities of high-power fiber lasers, enabling highly efficient and precise cutting of various metal sheets while meeting diverse industrial processing requirements.
For 30 kW and 40 kW ultra-high-power configurations, the machine can be upgraded with the BOCI BLT6 Series Laser Cutting Head. Designed specifically for extreme power applications, the BLT6 Series offers enhanced resistance to back reflection and superior durability under prolonged heavy-duty operation. It maintains stable cutting performance and consistent processing quality even under ultra-high-power conditions, providing reliable support for thick-sheet processing and high-intensity continuous production.
6. Dual Safety Light Curtain System
The machine features a dual safety light curtain system positioned at both the front and rear of the processing area, creating a comprehensive safety protection network that further enhances overall operational safety. This design establishes a reliable safety barrier around the working area, effectively reducing the risks associated with unauthorized entry and accidental contact during operation.
The safety light curtains provide continuous real-time monitoring of the processing area. When personnel or foreign objects enter the protected zone, the system immediately activates the safety protection mechanism and automatically stops machine operation, eliminating potential hazards before they escalate. Through this proactive safety design, the machine delivers comprehensive protection for both operators and equipment, providing a reliable foundation for safe and efficient production.
7. Clean Cutting System
The laser cutting machine is equipped with a clean cutting system, featuring a dust extraction unit integrated into the gantry columns and synchronized with the cutting position. During operation, the system continuously and efficiently removes fumes, smoke, dust, and fine particles generated throughout the cutting process, significantly reducing airborne contaminants at the source. This helps maintain a cleaner processing area and creates a healthier, more organized workshop environment, particularly during large-format sheet processing.
In addition, the intelligent cleaning system minimizes dust accumulation on linear guide rails, transmission components, and optical elements, reducing the impact of contamination on machine performance and component lifespan while lowering maintenance requirements. With its continuous and reliable fume extraction capability, the system provides a cleaner, safer, and more environmentally friendly production environment for heavy-sheet fabrication, supporting efficient long-term operation.
8. EtherCAT Absolute Servo Drive System
The drive system is equipped with Inovance EtherCAT Absolute Servo Motors combined with KOFON planetary gear reducers, delivering powerful, accurate, and stable motion control for large-format rail-type laser cutting machines. Based on the high-speed EtherCAT bus communication protocol, the Inovance absolute servo system offers rapid response, precise positioning, and multiple safety protection functions, ensuring smooth and reliable machine operation even during demanding dynamic cutting applications.
The KOFON planetary gear reducers provide transmission efficiency exceeding 97%, enabling efficient power transfer while effectively absorbing impact loads generated during acceleration, deceleration, and machine start-stop cycles. This helps reduce stress on the servo motors, protects critical transmission components, and extends the service life of the machine's core drive system. The combination of advanced servo control and high-efficiency gear reduction ensures outstanding positioning accuracy, motion stability, and long-term reliability for large-format sheet processing applications.
9. Hanli Industrial Chiller for Fiber Lasers
The machine is equipped with a Hanli 12kW industrial chiller, specifically designed for fiber laser applications. Featuring powerful cooling capacity and high-precision temperature control, it efficiently dissipates the substantial heat generated during laser processing, minimizing the impact of temperature fluctuations on laser output stability and cutting accuracy. This ensures reliable and consistent machine performance under demanding operating conditions.
The chiller integrates real-time monitoring of water temperature, water pressure, and flow rate, along with multiple safety protection functions that continuously supervise system operating conditions and provide early warnings of potential abnormalities. With its stable and dependable cooling performance, the chiller ensures efficient and reliable operation during long-duration, high-load production cycles, allowing the laser cutting system to consistently deliver its full processing capabilities.
10. BOCHU FSCUT 6000 EtherCAT Bus Control System
The laser cutter is equipped with the BOCHU FSCUT 6000 EtherCAT Bus Control System, combined with the professional CypCut Pro cutting software and the WKB-V6 wireless handheld controller, providing an efficient, stable, and intelligent control solution for large-format metal sheet cutting applications.
The system integrates a range of advanced cutting technologies, including Flash Piercing, Deslag Piercing, Five-Stage Piercing, Smooth MicroJoint, and Self-adjust Vibration Suppression. These features significantly improve thick-sheet piercing efficiency and cut-edge quality while ensuring outstanding stability and precision throughout large-format sheet processing operations.
The CypCut Pro software features an intuitive user interface and streamlined workflow, making operation simple and efficient. Built-in intelligent nesting functions and an extensive process parameter database enable users to quickly complete process setup and production preparation, reducing programming time and improving overall productivity. Even first-time operators can become proficient with minimal training.
In addition, the WKB-V6 wireless handheld controller supports both on-site machine commissioning and remote operation, greatly improving setup efficiency and operational flexibility. Together, these advanced control technologies deliver an optimal combination of precision, productivity, and ease of use for demanding industrial cutting applications.
11. Auxiliary Components for Laser Cutting Machine
Automatic Lubrication System: The machine is equipped with a fully automatic centralized lubrication system that automatically supplies lubricant to key transmission components, including linear guide rails and rack-and-pinion drives, at preset intervals and precise quantities. This eliminates the inconsistencies associated with manual lubrication and ensures continuous, reliable lubrication throughout operation. By maintaining a stable lubricant supply, the system significantly reduces friction, component wear, and operating noise while minimizing maintenance requirements. As a result, the service life of critical wear components such as guide rails and racks is extended, improving overall machine reliability and reducing operating costs.
Fully Enclosed Cable Carrier and Bellows Protective Covers: This laser cutter adopts fully enclosed cable carriers and bellows-type protective covers to provide comprehensive protection for cables and critical transmission components. The fully enclosed cable carrier securely organizes and protects electrical cables, pneumatic lines, and related utilities, preventing damage caused by stretching, abrasion, or dust contamination while ensuring stable signal transmission and air supply. The bellows protective covers fully shield key drive components, including guide rails and rack-and-pinion systems, from smoke, sparks, and metal debris generated during cutting operations.
Constant-Temperature AC for the Electrical Cabinet: The electrical cabinet is equipped with an industrial-grade constant-temperature air conditioning system, which maintains the internal temperature within an optimal operating range. This effectively prevents overheating, abnormal operation, and signal drift of critical electrical components such as servo drives and control systems caused by excessive temperatures, low temperatures, or temperature fluctuations. In addition, the system provides effective dust-proof and moisture-proof protection, preventing cutting dust and humid air from entering the electrical cabinet. By maintaining a clean, dry, and stable electrical environment, it improves the reliability and longevity of electronic components and control systems.
Applications of the Rail-Type Large-Format Fiber Laser Cutting Machine
Construction Machinery Industry
Industry Demands: The construction machinery industry requires high-volume cutting of thick metal sheets, including carbon steel, Q355B high-strength structural steel, wear-resistant steel, and high-manganese steel. Typical applications include excavator booms and arms, crane booms, mining equipment base frames, crawler track bearing plates, large port machinery structural components, equipment chassis frames, protective panels, and heavy-duty mechanical connection parts. These components are often characterized by large dimensions, heavy weight, and high load-bearing requirements.
Reasons for Selection: The large-format rail-type fiber laser sheet cutting machine offers exceptional load-bearing capacity, allowing oversized and heavyweight sheets to be processed in a single setup without pre-cutting or segmentation. This significantly improves production efficiency while reducing material handling and workpiece transfer costs. Equipped with a high-power laser system, the machine delivers stable and powerful laser energy for efficient cutting of thick sheets and high-strength steels. Its smooth cut edges, excellent perpendicularity, minimal burr formation, and consistent dimensional accuracy fully satisfy the demanding quality requirements of heavy-duty construction machinery components.
Metal Components Manufacturing Industry
Industry Demands: Manufacturers of metal components require high-volume cutting of raw sheet materials for products such as flanges, circular plates, custom-shaped gaskets, standard mechanical connectors, general hardware components, pipe fittings, and engineering machinery accessories. Processing requirements often involve carbon steel, stainless steel, alloy sheets, copper sheets, and aluminum sheets.
Reasons for Selection: The heavy-duty metal parts laser cutting machine provides excellent cutting accuracy, enabling the production of flanges and precision components with tight tolerances suitable for mass production. Its broad material compatibility allows efficient processing of a wide range of commonly used metals. The large-format working area supports optimized nesting layouts, maximizing material utilization while reducing waste and material handling costs.
Sheet Metal Fabrication Industry
Industry Demands: Typical applications include large industrial cabinets, elevator structural components, outdoor advertising signage, architectural façade panels, machine frames, municipal decorative metal structures, and other customized sheet metal products. Materials commonly processed include 201, 304, and 316L stainless steel, aluminum sheets, aluminum profiles, brass, galvanized steel, and silicon steel.
Reasons for Selection: The large-format fiber laser cutting machine offers outstanding material versatility, enabling efficient processing of virtually all mainstream sheet metal materials used in the fabrication industry. Its ultra-large working area accommodates components of various sizes, while its high flexibility allows precise cutting of both simple geometries and complex custom profiles. This makes it ideal for advertising, architectural decoration, industrial enclosures, and customized sheet metal manufacturing.
Automotive Manufacturing Industry
Industry Demands: Applications include truck frames, semi-trailer structures, specialized engineering vehicle chassis, vehicle protective panels, automotive structural components, door panels, EV battery protection enclosures, truck load-bearing frames, and metal blanks for stamping operations. Materials include automotive high-strength steel, lightweight aluminum alloys, and galvanized automotive sheets.
Reasons for Selection: The rail-type high-power laser cutting machine combines exceptional productivity with high precision. It efficiently processes both heavy structural steel and lightweight alloy materials. The expandable working area can be configured to accommodate large vehicle frames and oversized sheets, enabling one-piece processing while reducing welding, assembly, and secondary manufacturing operations.
Rail Transit Industry
Industry Demands: Rail transportation manufacturers require the production of car body structural plates, train door panels, window frames, underframe beams, bogie frames, exterior body panels, roof structures, vehicle chassis assemblies, interior metal structures, and protective panels. Common materials include 304 stainless steel, aerospace-grade aluminum alloys, and precision low-carbon steels, all of which demand high dimensional accuracy and flatness.
Reasons for Selection: The large-format laser sheet cutting machine utilizes a high-rigidity transmission system that delivers smooth motion, precise positioning, and excellent cutting accuracy. It can efficiently process advanced aluminum alloys such as 5052, 6061, and 7075, as well as various stainless steels. Smooth cut edges and outstanding dimensional consistency ensure compliance with the strict assembly and quality requirements of rail vehicle manufacturing.
Structural Steel and Construction Industry
Industry Demands: Applications include steel structures for high-rise buildings, industrial plant frameworks, protective panels, stadium support structures, highway bridge box girders, steel beams and columns, building support pillars, roof trusses, bridge load-bearing plates, and curtain wall steel structures. Materials range from carbon steel and alloy structural steel to thick construction-grade steel plates, often involving oversized and heavyweight workpieces.
Reasons for Selection: The large-format fiber laser sheet cutting machine is ideally suited for large-scale infrastructure projects requiring full-sheet processing. Advanced nesting capabilities significantly improve material utilization and reduce raw material costs. Extra-long and extra-wide components can be processed in a single operation without sectional cutting, resulting in higher productivity. Its high-speed and stable cutting performance enables efficient fulfillment of large-volume structural steel orders while ensuring superior dimensional consistency and manufacturing quality.
Shipbuilding and Marine Engineering Industry
Industry Demands: Shipbuilding applications include hull plates, deck plates, bulkhead panels, marine alloy sections, hull block components, compartment support structures, and various marine metal parts. Materials typically include corrosion-resistant stainless steels, special structural steels, and certified marine-grade plates. These applications involve large workpieces and strict quality standards.
Reasons for Selection: The 12000W large-format fiber laser sheet cutting machine provides reliable processing of a wide range of specialized marine materials. Its long-travel and large-format design enables full-sheet cutting of large shipbuilding plates, minimizing material waste and improving production efficiency. The machine delivers cutting quality that meets the stringent inspection standards of the shipbuilding industry, making it an ideal solution for high-volume production of marine structural components and shipyard manufacturing operations.
Last Updated:
2026-07-13 15:52:02
| Model | CK-3200-FG |
|---|---|
| Frame / Gantry | High-strength steel, heavy-duty rail-type bed |
| Laser Source | Raycus (optional Maxphotonics, IPG) |
| Laser Center Wavelength | 1064nm |
| Laser Cutting Head | 6000W: BLT421S |
| 12000W: BLT442 | |
| 20000W: BLT462 | |
| 30000W: BLT683H | |
| 40000W: BLT6103H | |
| Fiber Laser Power Options | 6000W-40000W (6kW-40kW) |
| Cooling Method | Hanli 6000W-40000W chiller for fiber laser |
| Drive System | Inovance bus-based absolute servo system: X-Axis: 1.8kW, Y-Axis: 4.4kW × 2 (dual-drive), Z-Axis: 0.75kW |
| Transmission | HIWIN (Taiwan) high-precision linear guideways |
| Reducer | KOFON planetary gear reducer |
| Main Electrical Components | Schneider / Omron |
| Pneumatic Components | SMC (Japan) proportional valves |
| Control System | ≤6KW: BOCHU FSCUT4000E bus-based control system |
| 12KW-20KW: BOCHU FSCUT6000 bus-based control system | |
| >20KW: BOCHU FSCUT8000 bus-based control system | |
| Lubrication System | Automatic lubrication system |
| Max. Sheet Processing Size | Vertical cutting: 12500/16500/20500 * 3250mm |
| Bevel vertical cutting: 12100/16100/20100 * 3150mm | |
| Bevel 45° cutting: 11750/15750/19750 * 2500mm | |
| Positioning Accuracy | ±0.1mm |
| Repositioning Accuracy | ±0.05mm |
| Max. Travel Speed (X/Y Linkage) | 80m/min |
| Max. Z-Axis Travel | Vertical cutting: 150mm |
| Bevel cutting: 420mm | |
| Max. Acceleration (X/Y Linkage) | 0.8G |
| Worktable Load Capacity | 22.5t |
| Operating Voltage | AC380V |
| Machine Dimensions | 16800*5500*2200mm |
| Machine Weight | 12.5t |
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