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For modern sheet metal workshops, flexibility and efficiency are equally important. The STON CNC servo punch laser combined machine allows you to complete standard holes, special forms and contour cutting on the same machine. Punching operations handle high-speed holes, forms and embossing, while the laser cuts complex outer and inner profiles with clean edges. As an original manufacturer, STON designs this combo system for industrial users in electrical cabinets, switchgear, enclosures, ventilation, lighting, metal furniture and more. With servo technology, rigid structure and advanced CNC control, the machine delivers stable precision and excellent productivity on mixed production orders.
| No. | Name | Parameter |
| 1 | Cutting Range | 1500*3000mm |
| 2 | Laser Wavelength | 1080nm |
| 3 | X-axis Travel | 1550mm |
| 4 | Y-axis Travel | 3100mm |
| 5 | Z-axis Travel | 150mm |
| 6 | X, Y Axis Positioning Accuracy | ±0.05mm/min |
| 7 | X, Y Axis Repeat Positioning Accuracy | ±0.03mm/min |
| 8 | Slit Width | 0.1mm |
| 9 | Max Positioning Speed | 150m/min |
| 10 | Laser Power | 3000W |
| 11 | Control System | Shanghai Baichu |
| 12 | Power Supply | 3-phase 380V 60KVA |
| 13 | Power | 20KW |
The STON CNC servo punch laser combined machine is ideal for sheet metal products that require many standard holes, forms and precise contours at the same time. With one clamping and one program, you can finish punching, forming and laser cutting, improving accuracy between features and reducing material handling.
Beam
Control System
Cutting Head
Laser Source
By combining servo punching and fiber laser cutting, the STON punch laser combined machine reduces setups, saves floor space and improves material utilization. The following features help you get more value from every sheet.
Complete holes, forms and contour cutting on one machine
Reduce loading, unloading and repositioning between processes
Improve accuracy between punched features and laser cuts
Servo-driven punching unit for fast stroke frequency
Ideal for large volumes of standard holes and patterns
Lower energy consumption compared with traditional hydraulic systems
Fiber laser delivers narrow kerf and smooth edges
Handles complex inner and outer contours with high precision
Less secondary deburring and finishing work
Integrated CAM software nests parts for both punching and laser cutting
Smart path planning shortens machine time and reduces scrap
Support for mixed parts and multi-order nesting on the same sheet
Suitable for cabinets, enclosures, ventilation plates, lighting parts and more
Quickly switch between pure punching, pure laser or combined modes
Perfect for customers with diverse product ranges and frequent changes
Combine two processes into one cell to save workshop space
Compatible with loading/unloading, storage towers and robots
Easy to integrate into existing sheet metal production lines
Quality problems often come from multiple setups: slight positioning errors, sheet deformation and handling damage. With the STON punch laser combined machine, punching and cutting are finished in one clamping, so the relative position between holes, slots and profiles is highly consistent. The servo punching head and fiber laser each work in their best range, resulting in clean hole edges, accurate shapes and minimal burrs. This reduces rework and ensures that parts fit correctly in subsequent bending, welding and assembly.
The dual-platform CNC laser cutting machine works by alternating platforms. While one platform is cutting, the other completes loading and unloading. This reduces standby time, enabling the laser cutting machine to run almost uninterruptedly, significantly boosting cutting efficiency and throughput.
A rigid welded frame and stable gantry structure support both punching and laser cutting operations. The design minimizes vibration and deformation when switching between processes, ensuring consistent accuracy and smooth motion across the whole working area.
The servo-driven punching unit delivers fast strokes and stable punching force for standard holes and forming operations. With optimized mechanics and guides, it maintains tool alignment and hole quality, even under continuous high-speed production.
The fiber laser cutting head and optical system provide clean cuts on carbon steel, stainless steel and aluminum sheets. Automatic focus adjustment and cutting parameter libraries help you quickly achieve excellent edge quality for different materials and thicknesses.
The turret holds a range of punching and forming tools for common hole sizes and shapes. Quick-change stations and indexable tools reduce setup time. Combined with laser cutting, you can choose the most efficient method for each feature on the part.
Brush or ball tables, programmable clamps and repositioning devices work together to move sheets smoothly between punching and laser cutting areas. This reduces friction, protects the surface and enables processing of large-format parts beyond a single stroke range.
The integrated CNC system coordinates punching, laser cutting, turret indexing and sheet movement in one interface. Operators can set process priorities, manage tools, monitor machine status and call up combined programs for repeat orders. Remote diagnostics and software updates help maintain long-term reliability.
We believe in building strong, transparent relationships with our clients. That’s why we invite our partners to visit our state-of-the-art manufacturing facility and see our production process up close.
AnthonyProcurement Manager, HVAC
Component Factory (Germany)
JeffreyFactory Owner, Stainless Kitchenware
Manufacturer (USA)
Jared– Operations Director, Electrical Cabinet
Factory (Canada)
Our machines is suitable for common sheet metals such as stainless steel, carbon steel, aluminum alloy, and galvanized sheet. The thickness range is 0.2mm-6mm, meeting needs of various industries, including home appliances, hardware, and cabinets. It also supports asymmetric and complex customized processes.
Yes, we offer a one-stop service: “on-site installation + commissioning + customized training.” Professional engineers will visit the customer’s site to complete production line assembly and equipment integration commissioning to ensure the line reaches its designed capacity. We also provide theoretical and practical training for operators (6-8 days), covering equipment operation, routine maintenance, and troubleshooting. After the training, we provide an operator manual and video tutorials.
Customized services are available. We will optimize the machine structure based on the customer’s workshop space, load capacity, and processing requirements. While ensuring processing accuracy, we adapt the machine to the shop’s existing power and air supply conditions to ensure smooth installation and efficient operation.
We have established a 24-hour global after-sales response mechanism: Customers can submit troubleshooting reports via phone, email, or online customer service, and a preliminary solution will be provided within 1 hour. If remote debugging is required, an engineer will provide video guidance within 2 hours. For hardware repairs, domestic customers will receive a visit within 48 hours, while overseas customers can use authorized service centers or expedited delivery of parts (with installation instructions) to ensure a quick resolution.
All of our standard equipment (flexible bending centers, CNC turret punch presses, press brakes, and punching and shearing machines) comes with a one-year free warranty. For some products with higher system complexity, the warranty period can be extended to 18 months. The warranty covers repair and replacement of quality issues with core components (such as servo motors, CNC systems, and guide rails), as well as free on-site inspections during the warranty period. Please note that equipment failures caused by human error, force majeure (such as floods and earthquakes), or failure to follow the maintenance manual are not covered by the free warranty, but paid repair services are available.
Extended warranties are available, with coverage ranging from 1 to 3 years. These plans are customized based on the equipment type, frequency of use, and customer needs. A one-year extension for a single device costs approximately 3%-5% of the total price, while bulk extensions for multiple devices or fully automated production lines offer a 20% discount. During the extended warranty period, in addition to core component repairs, customers also receive a free annual comprehensive equipment inspection and maintenance service to help them proactively identify potential faults and extend the life of their equipment.
We offer flexible payment options to meet the needs of domestic and international customers: ① Telegraphic Transfer (T/T): 30% prepayment, 70% before equipment leaves the factory; ② Letter of Credit (L/C): We accept irrevocable letters of credit issued by the customer’s partner bank at sight to ensure the security of funds for both parties. All payment methods comply with international trade practices and support mainstream settlement currencies such as the US dollar and the euro.
A CNC laser cutting machine uses a high-powered laser beam controlled by computer numerical control (CNC) to cut sheet metal with high precision. It can process various materials such as stainless steel, carbon steel, and aluminum, delivering smooth edges and consistent accuracy.
Our laser cutting machines are designed for sheet metal applications and can cut stainless steel, carbon steel, galvanized sheet, aluminum, brass, and other alloys. As a fiber laser cutter for metal, it ensures efficient processing of both thin and thick materials.
A dual-platform CNC laser cutter machine allows loading and unloading to occur simultaneously with cutting. This reduces downtime, increases throughput, and ensures higher efficiency, making it ideal for large-scale sheet metal fabrication.
Compared to mechanical cutting, a CNC laser cutting machine offers higher cutting speed, tighter tolerances, and cleaner edges. It reduces secondary processing, minimizes material waste, and provides flexibility for complex shapes and small-batch production.
Laser cutting machines are widely used in industries such as automotive, aerospace, HVAC, kitchenware, furniture, telecommunications, and construction. Any industry requiring high-precision sheet metal cutting benefits from CNC laser cutting technology.
It is a CNC machine that integrates turret punching and fiber laser cutting in one unit. Punching is used for standard holes and forming, while the laser cuts complex profiles and special shapes.
A combo machine is ideal when you frequently produce parts that need both many holes and complex contours, and you want to reduce handling, floor space and investment in separate equipment.
Yes. You can run pure punching jobs, pure laser cutting jobs, or combined punch-and-cut programs according to part requirements and production planning.
Whether you're upgrading an existing line or starting a new project, STON will customize a CNC solution for your production.
