1. This machine is used for punching non-metallic materials such as leather, paper, plastic film, textiles, and rubber with a formed die. 2. The machine adopts PLC control and human-machine interface operation, which is convenient to use. 3. The machine is equipped with multiple work surfaces working simultaneously, greatly improving the utilization rate of the machine and increasing production capacity. 4. Special hydraulic design ensures continuous punching pressure output, making low energy consumption a reality.

1. This device uses a sandwich method for processing, where the material to be processed is often a whole sheet of leather or textiles, fabrics, etc. It is placed on the stamping table, and the contour stamping knife is used to position the material before stamping, to make full use of the material. 2. This design can be adapted to different machine types (2 to 8 workstations), allowing multiple operators to work on multiple workstations simultaneously to increase productivity. 3. Before the stamping plate enters the stamping process, the two upper stamping plates are separated. Two steel rolling mills (driven by a motor controlled by a variable frequency drive) pass through both sides of the original stamping range. The height of this sandwich component is controlled to avoid accidental overlapping of the stamping knife or other negligence that may cause the machine to stop or result in uneven thickness of the stamped parts.

• Dual oil cylinders and a precision four-column automatic balance connecting rod structure ensure that the cutting depth is exactly the same at each cutting position. • The operation uses a two-handed operation method. A single button press avoids the drawbacks of continuous multiple punching. An emergency stop device is provided to ensure operational safety. • The cutting head descends rapidly and automatically slows down when it reaches the die, minimizing dimensional errors between the upper and lower layers when cutting multiple layers of products. • The cutting force fine-tuning device allows for quick and easy adjustment of the punching pressure. • Type A adopts a high-stroke design, which is especially suitable for vacuum-formed products and various low, medium, and high dies and materials of varying thicknesses. • Due to the precise cutting balance, when cutting food boxes, it can prevent the phenomenon of cutting board powder sticking to the boxes and reduce the wear and tear of the die and cutting board.

This machine is suitable for die-cutting foamed materials, cardboard, textiles, leather products, plastics, flooring materials, pressing materials, fiberglass, cork, etc. It is suitable for various sheet materials, vacuum packaging single knives and whole-piece male and female die-cutting operations. Especially for large areas, this machine can provide good cutting precision and higher cutting force output.

Performance Characteristics: 1. High punching efficiency. The machine's punching speed is up to 600 holes/minute, and this speed can also be achieved when the punch is rotating. 2. Punching size is 1～12mm, with 12 punch fixtures available.

1. Ordinary punching machine with a "reciprocating" feeding mechanism; 2. Reciprocating length and width 780mm × 800mm; 3. Reciprocating mechanism motion accuracy 0.05mm; 4. Basic punching speed 120 times/minute, punching speed increased to 160/minute as much as possible;

The HN-800-Ⅲ CNC punching machine uses X-axis and Y-axis digital control. The X-axis stroke is 200mm, and the Y-axis stroke is 780mm. ① The inner frame space of the punching machine is 1100mm, and the waste chip slot is 80mm. ② The punching range is 780×800mm sheet.

Molds and consumables: Punch needles consist of a hanging needle plate, guide plate, template, and punch needle. Needles: Service life is approximately 6-8 years. Punch needles and templates: Under normal use, approximately 1.2 million punches, with 3-4 possible re-sharpenings during this period.

Molds and consumables: Punch needles consist of a hanging needle plate, guide plate, template, and punch needle. Needles: Service life is approximately 6-8 years. Punch needles and templates: Under normal use, approximately 1.2 million punches, with 3-4 possible re-sharpenings during this period.