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[Function Description]
The CK-1530-PU is a high-performance, environmentally friendly fiber laser sheet cutting machine designed for efficient and safe metal sheet processing. Equipped with the BOCHU S9 servo system, it delivers acceleration of up to 2G, increasing processing efficiency by 50–80%. Its fully enclosed protective design effectively contains sparks, smoke, molten slag, noise, and laser radiation, while interlocked safety doors prevent access to the cutting area during operation. Laser-protective observation windows provide a clear view of the cutting process without compromising safety, and a dual-camera monitoring system allows operators to monitor both the machine interior and exterior in real time. The dual shuttle exchange tables enable simultaneous cutting and loading/unloading, significantly reducing downtime and improving productivity. With a 1,530 × 3,050 mm working area, the CK-1530-PU is an ideal solution for high-speed, high-precision processing of a wide range of metal sheets.
The CK-1530-PU is a high-performance fiber laser sheet cutting machine engineered specifically for medium to large-scale sheet metal fabrication. It features a dual shuttle exchange table and a fully enclosed protective enclosure, and is equipped with a complete BOCHU intelligent control system, including BOCHU servo motors, a BOCHU laser cutting head, and a BOCHU CNC control system. The seamless integration of these core components ensures maximum machine performance, delivering high cutting speed, exceptional precision, and outstanding long-term operational stability.
The machine adopts a low-center-of-gravity, high-rigidity structural design, effectively minimizing vibration during high-speed operation to improve machining accuracy and overall stability. The machine bed is lined with heat-insulating mineral panels, which effectively block the high-temperature molten slag and sparks generated during laser cutting, reducing heat transfer to the machine structure and extending the service life of the equipment. The gantry beam is manufactured from high-strength aluminum alloy, providing excellent structural rigidity while significantly reducing the weight of moving components, resulting in faster dynamic response and superior high-speed motion performance.
The entire machine is enclosed by a fully enclosed sheet metal safety enclosure, effectively isolating laser radiation, cutting fumes, and flying sparks to provide a safer and more environmentally friendly working environment. A safety interlock system automatically pauses machine operation whenever the protective door is opened, ensuring enhanced operator safety. A laser-protective observation window, made of specialized laser-filtering glass, effectively blocks harmful laser radiation while maintaining excellent visibility, allowing operators to monitor the cutting process in real time. In addition, the machine is equipped with dual display screens. One display provides live video feeds from two cameras, enabling operators to monitor the machine's operating status without opening the protective enclosure.
All three linear axes are driven by BOCHU S9 high-speed servo motors, delivering a maximum rapid traverse speed of 180 m/min and a maximum acceleration of 2 G, fully meeting the requirements of high-speed, high-precision cutting. The servo system incorporates a professional 8 Hz low-pass filtering algorithm that effectively suppresses mechanical vibration during high-speed motion, resulting in smoother acceleration, deceleration, and start-stop performance while further improving machining accuracy and operational stability. Compared with conventional fiber laser cutting machines, the overall processing efficiency can be increased by approximately 50% to 80%, making it ideal for high-volume, high-throughput sheet metal production.
The machine is equipped with an intelligent zoned dust extraction system consisting of multiple independently controlled large-diameter air ducts. The system automatically activates the corresponding extraction zone according to the cutting position, enabling efficient collection and rapid removal of fumes and residual heat. This design maximizes dust extraction efficiency while reducing energy consumption and significantly improving the workshop environment.
To meet different automation requirements, the machine supports a wide range of intelligent automation upgrades, including an automatic nozzle changer and a cantilever-type automatic loading system. These optional configurations further optimize production workflows, reduce manual intervention, improve productivity and machining consistency, and provide strong support for smart manufacturing upgrades.
Combining high efficiency, outstanding precision, exceptional stability, and comprehensive safety protection, the CK-1530-PU is capable of consistently processing a wide range of metal sheets, including carbon steel, stainless steel, and aluminum alloy. It is widely used in industries such as sheet metal fabrication, display fixtures and shelving, educational equipment, metal furniture, commercial kitchen equipment, and machinery manufacturing. With its high-speed cutting performance, robust machine structure, advanced safety and environmental protection features, and extensive intelligent expansion capabilities, the CK-1530-PU helps manufacturers improve productivity, optimize production workflows, reduce overall manufacturing costs, and achieve efficient, high-quality, large-scale sheet metal processing.
Details of the Enclosed Fiber Laser Sheet Cutting Machine with Shuttle Table
- Heavy-duty machine bed base
The machine bed features a plug-in dual keel structure fabricated from heavy-duty thick-wall steel tubes. After welding, the entire frame undergoes vibration stress-relief treatment to effectively eliminate residual welding stress, providing exceptional rigidity and resistance to deformation. This robust foundation ensures outstanding stability for high-speed, high-precision cutting operations.
- Maxphotonics 6000W fiber laser source
The Maxphotonics 6000W fiber laser source offers high electro-optical conversion efficiency, a compact design, and maintenance-free operation. Laser power is continuously adjustable from 10% to 100%, providing excellent flexibility for cutting a wide range of materials and thicknesses. It also delivers outstanding beam quality, with a Beam Parameter Product (BPP) of 3.2–3.8 mm·mrad (100 μm QBH output).
- BOCHU BLT421S laser cutting head
The BOCHU BLT421S intelligent laser cutting head features ±50 mm automatic focus adjustment, enabling stable, high-quality cutting of carbon steel, stainless steel, aluminum alloy, and other metal sheets. An external protective cover shields the cutting head from accidental impacts and high-temperature sparks, further improving equipment reliability and extending service life.
- Shuttle worktable
The shuttle system consists of two vertically arranged worktables. While one table performs cutting operations, the other can simultaneously complete workpiece loading and unloading, enabling parallel processing and material preparation. This significantly reduces auxiliary time, improves machine utilization, and increases overall production efficiency.
- Observation window
The observation window uses specialized laser-protective filter glass, which effectively blocks harmful laser radiation while maintaining excellent light transmission. This allows operators to monitor the machining process in real time, achieving an ideal balance between operational safety and visibility.
- Monitoring cameras
The machine is equipped with two sets of high-definition monitoring cameras, installed inside and outside the enclosure, enabling real-time monitoring of the cutting area and loading/unloading operations. The video feeds are displayed through an independent monitor without occupying the CNC control interface, allowing operators to fully monitor machine status while improving operational convenience and safety.
- Hanli 6000W chiller
The machine is equipped with a Hanli 6000W fiber laser chiller featuring a dual-circuit independent temperature control system. It provides precise cooling for both the laser source and laser cutting head, ensuring long-term stable operation of critical components. The chiller also incorporates multiple alarm and protection functions, including low water level, over-temperature, and abnormal pressure warnings, providing reliable protection for continuous, high-load machining.
- Three-color signal light
The three-color signal light indicates the machine’s operating status at a glance. Even when operators are away from the machine, they can quickly identify abnormal conditions through visual and audible alerts, enabling timely response and reducing potential downtime.
- BOCHU FSCUT4000E system
The laser cutter adopts the BOCHU FSCUT4000E EtherCAT CNC control system with CypCutE laser cutting software. Featuring an intuitive and user-friendly interface, the system is easy to operate and learn. Its built-in process database automatically recommends optimized cutting parameters based on different materials and thicknesses, significantly reducing setup time while improving processing efficiency and cutting quality.
- Automatic nozzle changer (optional)
An optional automatic nozzle changer is available, enabling automatic nozzle replacement according to different cutting processes without manual intervention. This reduces downtime caused by nozzle changes, improves continuous processing efficiency, and lowers operator workload.
- Cantilever-type automatic loading system (optional)
The machine supports an optional cantilever-type automatic loading system, which enables automatic sheet handling and precise material positioning. Combined with the dual shuttle worktable, it further enhances machine automation, enabling continuous and efficient production while reducing labor requirements and increasing overall productivity.
Technical Parameters of the Enclosed Fiber Laser Sheet Cutting Machine with Shuttle Table
| Model | CK-1530-PU |
|---|---|
| Frame / Gantry | High-strength heavy-duty bed frame, aerospace-grade aluminum alloy gantry |
| Laser Source | Maxphotonics (optional Raycus, IPG) |
| Laser Center Wavelength | 1064nm |
| Laser Cutting Head | ≤3000W: BLT310T |
| 6000W: BLT421S | |
| 12000W: BLT442 | |
| Fiber Laser Power Options | 3000-12000W |
| Cooling Method | Hanli 3000W-12000W chiller for fiber laser |
| Worktable | Shuttle worktable (dual alternating worktable system) |
| Drive System | BOCHU S9 bus-based absolute servo system |
| Transmission | HIWIN (Taiwan) high-precision linear guideways |
| Reducer | TECHMECH planetary gear reducer |
| Main Electrical Components | Schneider / Omron |
| Pneumatic Components | SMC (Japan) proportional valves |
| Control System | ≤3KW: BOCHU FSCUT2000E |
| 3kW-6KW: BOCHU FSCUT4000E | |
| 6KW-12KW: BOCHU FSCUT6000 | |
| Lubrication System | Automatic lubrication system |
| Max. Sheet Processing Size | 1530 * 3050mm |
| Positioning Accuracy | ±0.03mm |
| Max. Travel Speed (X/Y Linkage) | 180m/min |
| Max. Acceleration (X/Y Linkage) | 2G |
| Worktable Load Capacity | 915kg |
| Operating Voltage | AC380V |
| Machine Dimensions | 8270*2280*2150mm |
| Machine Weight | 5370kg |
Advantages of the Enclosed Fiber Laser Sheet Cutting Machine with Shuttle Table
1. Heavy-Duty Machine Bed with Plug-In Dual Keel Design
The machine bed is fabricated from thick-wall steel tubes using a plug-in dual keel structure, providing excellent resistance to deformation and fatigue under long-term heavy-duty machining conditions. To eliminate potential accuracy issues caused by welding stress, the bed undergoes vibration stress relief and annealing treatment, ensuring outstanding accuracy consistency even after extended operation.
The mounting surfaces for the linear guide rails and rack gears are precision-machined by a milling process, ensuring a flat and highly precise installation surface. The close integration between the guide rails, racks, and machine bed provides exceptional positioning accuracy and motion stability.
The machine bed is covered with mineral-based thermal insulation tiles, which effectively protect the structure from high-temperature sparks and molten spatter. They also reduce the impact of cutting heat on the machine bed and critical components, significantly extending the overall service life of the equipment.
2. Lightweight Aluminum Alloy Gantry Beam
The gantry beam adopts a lightweight structural design and is manufactured from aerospace-grade aluminum alloy, offering excellent rigidity, low weight, and corrosion resistance. The reduced moving mass significantly improves the dynamic response of the gantry system. Combined with BOCHU S9 series high-speed servo motors, the machine achieves acceleration of up to 2G, enabling faster response and higher cutting efficiency.
3. Maxphotonics 6000W Fiber Laser Source
The Maxphotonics 6000W fiber laser source delivers excellent beam quality with a Beam Parameter Product (BPP) of ≤3.2–3.8 mm·mrad, an electro-optical conversion efficiency of over 30%, and a standard 150 μm fiber core output.
These superior beam characteristics enable more concentrated energy distribution and a finer, more uniform laser spot. When cutting thin sheets at high speed, the laser produces smooth and clean cut edges; when processing medium and thick plates, it provides fast and stable piercing performance.
The high electro-optical conversion efficiency effectively reduces energy consumption during operation, helping manufacturers lower electricity costs in long-term mass production. The laser source supports processing of various metals, including carbon steel, stainless steel, aluminum, and copper, with continuously adjustable output power from 10% to 100%, allowing optimized process parameters for different materials and thicknesses.
4. BOCHU BLT421S Laser Cutting Head
The BOCHU BLT421S intelligent laser cutting head features ±0.05 mm high-precision automatic focusing, automatically adjusting the focal position according to material thickness and surface flatness variations to maintain consistent cutting quality under different processing conditions.
The cutting head achieves a vertical adjustment acceleration of up to 7.5 m/s² and adopts an integrated water-cooled optical structure, effectively stabilizing the temperature of internal optical components and reducing the risk of thermal drift during prolonged high-speed cutting. This ensures consistent machining accuracy and cutting stability.
Multiple closed-loop sensors are integrated inside the cutting head to monitor gas pressure, protective lens temperature, and nozzle status in real time, providing timely feedback on operating conditions and improving processing reliability.
The cutting head features a drawer-type quick-change lens module design, allowing maintenance personnel to replace protective lenses quickly without complicated disassembly, significantly reducing machine downtime and maintenance costs. It also supports a collision protection function: in the event of accidental impact, the upper and lower modules automatically separate to absorb impact force and minimize potential damage.
5. Shuttle Worktable (Exchange Worktable)
The dual exchange system adopts an up-and-down stacked dual worktable structure. While Worktable A performs cutting operations, Worktable B can simultaneously complete loading and unloading preparation. After Worktable A finishes processing, the two worktables quickly exchange positions, enabling synchronized cutting and material handling while minimizing non-processing waiting time.
The shuttle worktable system can complete an exchange cycle in as little as 10 seconds, significantly improving continuous production capacity and overall equipment utilization.
The worktable adopts a tooth-type slat structure. The slats are manufactured from high-temperature-resistant alloy materials, offering excellent resistance to heat and molten slag impact. They can withstand the high-temperature environment generated during laser cutting while maintaining structural integrity without excessive burning or deformation.
The modular independent installation design allows individual worn slats to be replaced separately, simplifying maintenance and effectively reducing long-term operating costs.
6. Fully Enclosed Protective Enclosure
The fiber laser cutting machine is equipped with a specially designed fully enclosed protective enclosure, which effectively contains sparks, high-temperature molten slag, and cutting debris generated during operation.
The enclosure features a safety interlock system. When the protective door is opened, the machine automatically stops operation and triggers an alarm, preventing unsafe operation and enhancing operator protection.
To facilitate real-time monitoring, the machine is equipped with multiple observation windows fitted with special laser-filtering glass. The glass effectively blocks harmful laser radiation while maintaining clear visibility of the cutting process.
The machine is also equipped with two monitoring cameras, with one installed inside the enclosure and the other positioned externally. The camera monitoring system displays live images through an independent monitor, allowing operators to remotely observe the cutting process without opening the protective enclosure.
7. Zoned Fume Extraction System
The dust extraction system adopts a multi-zone independent control design. Based on the real-time position of the laser cutting head, the system automatically activates the corresponding extraction zones to achieve precise fume removal.
It efficiently collects cutting fumes and residual heat generated during processing, significantly improving the workshop environment.
Compared with traditional full-area extraction systems, the zoned control design avoids unnecessary energy consumption by concentrating suction power only on the active cutting area. This improves dust removal efficiency while reducing operating power consumption, providing a more energy-efficient and environmentally friendly solution.
8. BOCHU S9 High-Speed EtherCAT Servo System
All three linear axes of the machine are driven by the BOCHU S9 series servo system. As BOCHU’s latest-generation EtherCAT bus servo system, the S9 is equipped with a 23-bit absolute encoder, providing up to 3 times the rated torque overload capacity and an ultra-low bus communication response delay of less than 1 ms.
The system supports power-off position memory, allowing the machine to resume processing from the previous stopping position after power recovery without requiring a return-to-origin operation.
An integrated slip detection function monitors transmission status in real time. When slipping occurs, the system automatically triggers an alarm, allowing operators to quickly identify the issue and make adjustments.
The servo system supports a D-type acceleration/deceleration control algorithm, enabling higher acceleration performance with the same motor power. The maximum acceleration can reach 2G, significantly improving processing efficiency.
Complying with the highest EMC Level 4 electromagnetic compatibility standard, the servo system offers strong resistance to workshop dust and voltage fluctuations.
9. TECHMECH Planetary Gear Reducer
The TECHMECH planetary gear reducer features a single-stage backlash of ≤3 arcmin, a transmission efficiency of up to 97%, and an IP65 protection rating.
It adopts a high-rigidity integrated planetary gear structure. Both ends of the output shaft are supported by high-precision, low-clearance bearings, providing enhanced load capacity and perfectly matching the operating requirements of the BOCHU S9 high-speed servo system, including 2G acceleration and 180 m/min high-speed synchronous motion.
The internal gears are precision-ground to ensure smooth engagement and low operating noise. Even under long-term high-frequency reciprocating motion, gear wear remains extremely low. Combined with long-life synthetic grease, the reducer achieves maintenance-free operation throughout its service life
10. Hanli 6000W Chiller
The fiber laser cutting machine is equipped with a Hanli 6000W dedicated fiber laser chiller featuring a dual-circuit independent cooling system. The two cooling circuits separately provide precise heat dissipation for the laser source and laser cutting head, with independent temperature adjustment for each circuit to meet the specific cooling requirements of different core components.
The chiller integrates multiple intelligent protection systems, including alarms and safeguards for abnormal water flow, high/low pressure, and overheating conditions. It continuously monitors operating status to improve equipment reliability.
The internal pipelines and water tank are manufactured from corrosion-resistant stainless steel, ensuring long-term stability of the cooling circulation system. Equipped with a high-flow, high-pressure water pump, the chiller improves coolant circulation efficiency and provides consistent thermal management during continuous operation.
The machine features an intelligent temperature control panel that displays real-time information including water temperature, flow rate, and operating status, making equipment management and maintenance more convenient.
With precise constant-temperature control, the chiller provides reliable long-term cooling protection for the laser source and cutting head, improving continuous processing stability and extending the service life of critical components.
11. BOCHU FSCUT4000E System
The machine adopts the BOCHU FSCUT4000E CNC control system based on the EtherCAT communication protocol, providing high-speed, stable data transmission and a bus communication response delay of less than 1 ms. This enables rapid coordination between the motion control system and various functional modules.
The system is equipped with CypCutE professional sheet metal cutting software, featuring advanced process modules such as No-Sense Piercing, Flying Cut, and Micro Joint Without Marks. It also supports intelligent functions including QR code drawing import, circular plate centering, automatic nesting, and shuttle worktable synchronization, effectively improving processing efficiency and operational convenience.
The machine is also equipped with a WKB-V6 wireless handheld controller, supporting long-distance wireless operation with fast and stable response. The handheld device integrates frequently used functions such as return to origin, jog control, start/stop, edge finding, and height adjustment, allowing operators to adjust machining conditions near the machine without repeatedly returning to the main control station, greatly improving on-site operating efficiency.
12. Auxiliary Systems
Telescopic Bellows Protective Covers: The X and Y axes are equipped with telescopic bellows protective covers made from multi-layer wear-resistant and flame-retardant materials with built-in elastic support frames. The covers expand and retract synchronously with the high-speed gantry movement, fully protecting critical transmission components such as linear guide rails and rack gears.
Automatic Lubrication System: The automatic lubrication system provides timed and quantitative lubrication for the transmission components. It eliminates issues caused by insufficient or uneven manual lubrication and delivers consistent, maintenance-free lubrication. This significantly reduces manual maintenance requirements, allowing operators to simply replenish lubricant at regular intervals.
SMC Proportional Valve: The machine uses a Japanese SMC electro-pneumatic proportional valve to precisely regulate cutting assist gas pressure. Through electrical proportional control signals, the system enables stepless adjustment of output pressure and flow rate, achieving control accuracy within ±3% F.S. The valve adopts FKM sealing materials and features an IP67 protection rating, ensuring stable operation in demanding industrial environments.
Applications of the Enclosed Fiber Laser Sheet Cutting Machine with Shuttle Table
Sheet Metal Fabrication Industry
Suitable for batch processing of conventional sheet metal materials, including cold-rolled steel, hot-rolled steel, stainless steel, galvanized sheets, aluminum sheets, and carbon steel plates. The machine is widely used for manufacturing customized equipment enclosures, electrical cabinets, sheet metal brackets, connection plates, protective covers, and non-standard metal parts. It meets diverse fabrication requirements such as thin-sheet precision cutting, medium-thick plate forming, complex hole cutting, and irregular contour processing.
Commercial Kitchen Equipment Industry
Ideal for high-volume cutting of 201/304 stainless steel, aluminum alloy, and corrosion-resistant cold-rolled steel sheets. It is widely applied in the production of commercial kitchen equipment, kitchen cabinets, countertops, kitchen equipment brackets, exhaust hood enclosures, kitchen and bathroom hardware accessories, sterilizer housings, and dishwasher metal shells, providing rust-resistant and hygienic sheet metal components with excellent surface quality.
Metal Furniture Industry
Capable of precision cutting stainless steel, carbon steel, and aluminum alloy sheets ranging from thin plates to medium-thick plates. The machine is suitable for manufacturing metal table and chair frames, luxury furniture metal accessories, bed frames and supports, partition structures, decorative metal trims, load-bearing furniture connectors, and customized artistic metal components, meeting strict requirements for appearance quality and dimensional accuracy.
Advertising and Decorative Industry
Ideal for precision cutting of thin metal sheets, including stainless steel, aluminum, and cold-rolled steel. It is well-suited for a wide range of applications, such as metal advertising letters, signboards, architectural panels, landscape structures, exhibition components, and custom decorative parts that demand high precision and a superior finish.
Display Cabinet and Shelving Industry
Suitable for cutting carbon steel, stainless steel, galvanized sheets, and aluminum alloy plates to manufacture supermarket display racks, heavy-duty storage shelving, premium display cabinet frames, storage brackets, shelf connection plates, anti-collision panels, and customized display structures requiring high consistency, dimensional accuracy, and stable quality.
Educational Equipment Industry
Suitable for processing lightweight metal sheets such as carbon steel, stainless steel, and aluminum for customized production of laboratory equipment enclosures, training platform frames, teaching model structures, protective panels, training equipment sheet metal components, and science exhibition metal parts. It provides precise, safe, and well-structured metal components for educational applications.
Building Materials Industry
Suitable for cutting aluminum alloy, stainless steel, galvanized steel, and carbon steel sheets to manufacture architectural curtain wall components, customized door and window frames, outdoor decorative metal structures, awning panels, balcony railing accessories, and architectural hardware connectors, delivering aesthetically appealing and dimensionally accurate building components.
Last Updated:
2026-07-24 13:54:17
| Model | CK-1530-PU |
|---|---|
| Frame / Gantry | High-strength heavy-duty bed frame, aerospace-grade aluminum alloy gantry |
| Laser Source | Maxphotonics (optional Raycus, IPG) |
| Laser Center Wavelength | 1064nm |
| Laser Cutting Head | ≤3000W: BLT310T |
| 6000W: BLT421S | |
| 12000W: BLT442 | |
| Fiber Laser Power Options | 3000-12000W |
| Cooling Method | Hanli 3000W-12000W chiller for fiber laser |
| Worktable | Shuttle worktable (dual alternating worktable system) |
| Drive System | BOCHU S9 bus-based absolute servo system |
| Transmission | HIWIN (Taiwan) high-precision linear guideways |
| Reducer | TECHMECH planetary gear reducer |
| Main Electrical Components | Schneider / Omron |
| Pneumatic Components | SMC (Japan) proportional valves |
| Control System | ≤3KW: BOCHU FSCUT2000E |
| 3kW-6KW: BOCHU FSCUT4000E | |
| 6KW-12KW: BOCHU FSCUT6000 | |
| Lubrication System | Automatic lubrication system |
| Max. Sheet Processing Size | 1530 * 3050mm |
| Positioning Accuracy | ±0.03mm |
| Max. Travel Speed (X/Y Linkage) | 180m/min |
| Max. Acceleration (X/Y Linkage) | 2G |
| Worktable Load Capacity | 915kg |
| Operating Voltage | AC380V |
| Machine Dimensions | 8270*2280*2150mm |
| Machine Weight | 5370kg |
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