The CNC punching machine adopts multi-axis linkage control technology to achieve more complex and sophisticated stamping operations. Even complex punching, forming, precise cutting and engraving can be easily completed; while reducing operational errors, it improves production stability and ensures that every processing detail can achieve optimal precision.
CNC System
Clamp: Fully automatic floating clamp, high precision
Clamp Slide: Rust-proof surface,
equipped with scale value, convenient
and accurate movement of clamp
Wheel Tower: Adopts thick turret sleeve structure
Bed: Wide bed, high rigidity heavy-duty closed frame
Compared with hydraulic punching machines, our servo punching machines are not only faster and more accurate, but also significantly reduce energy consumption and maintenance costs. Flexible mold selection and high compatibility make your production line more efficient and meet the needs of multiple stations and multiple processes. Our standard punching machines are equipped with two rotating stations, which can improve the utilization rate of molds and the productivity of the factory. Whether it is small workpieces or large-scale production, the servo punching machine can perfectly fit your rotation. Learn about our punching machines and help you reduce operating costs and improve your competitiveness!
The main motor only runs during punching, which saves energy significantly
Servo motor drive provides high precision, fast punching and low noise.
It has a friendly human-machine interface, automatic cutting, mold adding and other functions, and is easy to operate.
Multi-axis linkage control improves volumetric efficiency, achieves silent stamping, and reduces noise interference
| Station | Upper Punch Diameter (mm) | Suitable Operations |
|---|---|---|
| A | φ1.5 – φ12.7 | - Small-hole punching (round, square, rectangular) - Simple embossing (shallow bumps, light stamping) |
| B | φ12.7 – φ31.75 | - Medium-hole punching and shallow drawing/forming - Flanging and beading (depth ≤ 5 mm) |
| C | φ31.75 – φ50.8 (special-shape tooling: louvers, bridge dies) | - Large-hole punching (e.g. φ50 mm round) - Complex forming (louvers, shallow draw, bridge profiles) |
| D/E | φ≥ 50.8 or custom shapes (e.g. deep-draw, large-format drawing, die-tapping) | - Extra-large hole punching (φ ≥ 100 mm) - Deep drawing (depth ≥ 10 mm) - In-die tapping and emboss marking |
B and C in the table represent the automatic rotation of the workstation. Rotating the workstation can reduce the number of workstations occupied by the same mold.
| Number of jobs | 32 | 28 | 28 |
|---|---|---|---|
| AΦ1.5-Φ12.7(mm) | 16 | 10 | 12 |
| BΦ12.7-Φ31.75(mm) | 10 | 10 | 9 |
| CΦ31.75-Φ50.8(mm) | 2 | 4 | 2 |
| DΦ50.8-Φ88.9(mm) | 2 | 2 | 2 |
| EΦ88.9-Φ114.3(mm) | 0 | 0 | 1 |
| Rotating station | 1B 1C | 1B 1C | 1B 1C |
Our CNC punch presses offer cutting-edge system features that maximize productivity, accuracy, and operational reliability.
| Nominal Force | 300/400 |
|---|---|
| Maximum Processing Plate Size | 5000*(1250/1500) |
| Maximum Processed Sheet Thickness | 6.35mm |
| Maximum Diameter of One Punching | Φ88.9mm |
| Workstation | 28/32 |
| Hole Spacing Accuracy | ±0.10mm |
| Punch Stamping Frequency | 1800hpm |
Do you have different requirements? We would be happy to support you with a customized solution!
A gantry loading and unloading system has been added to replace manual loading, and the material selection and loading is autonomous, with high efficiency, mechanical execution, good stability, and no mistakes.
On the basis of CNC punching machine, laser cutting function is added. Punching is done first and then cutting. There is no need to process on laser cutting machine first. It is highly efficient and can process small workpieces. It can also reduce equipment cost, equipment footprint, production cost and improve production efficiency.
The turret features a thick sleeve structure that increases tool durability and life. The robust design ensures stable guiding accuracy, minimizes wear during high-speed operation, and maintains alignment and concentricity for smooth tool changes. High-strength materials resist torque and stress for consistent performance even under heavy loads.
The CNC system features of the CNC punching machine include: support for graphic functions, step/continuous punching functions, simple international G code programming, RS232 standard interface for easy communication. Equipped with a full digital AC servo system and pulse encoder semi-closed loop feedback, support for on-site/back-end programming, Chinese and English interfaces, graphic simulation and parameter backup functions. Nano-level interpolation achieves high-speed and high-precision processing, adopts ultra-high-speed serial data bus, has less wiring, high integration, simple and easy operation, and short startup time.
Adopting the internationally recognized 85 standard thick turret structure, the Turret Die ensures excellent guidance, high hardness, and wear resistance. It supports various processes like punching, forming, and embossing while maintaining precision and stability, reducing mold wear and ensuring long service life under heavy-duty operations.
Servo punching machines have obvious advantages over hydraulic and mechanical punching machines. First, the servo drive system can provide higher speed and precision, which will greatly improve production efficiency and is suitable for workpiece processing that requires fast response and high precision. Compared with hydraulic punching machines, servo punching machines are not only slower than servo machines, but also energy-saving and environmentally friendly, reducing the maintenance and cleaning of hydraulic oil and reducing operating costs. Mechanical punching machines are susceptible to wear and tear, consume a lot of energy, and long-term use will affect precision and efficiency.
Punching machines are suitable for large batches, small workpieces, mesh plates, and forming processes, while laser cutting is more suitable for fine lines and complex graphics.
Burrs are produced after both stamping and cutting. Here is an explanation of the generation of burrs
Burrs can affect product appearance, precision, function and safety, increase production costs and interfere with subsequent processes.
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