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Links Sitemap RSS XML Privacy PolicyThe various types of punching machines independently developed by Junssen Company of China are classified as follows: The Pneumatic Full-cut Die complete mold kit mainly consists of the mold base, punch, mold cavity, cylinder, reset spring, guiding components and positioning tools. We regard the mold base as a stable foundation structure, which can firmly fix all the mold components and ensure that the equipment can run smoothly during each stamping processing.
1. Control system: The bag-making machine sends signals, or it can be manually controlled independently using an electromagnetic valve.
2. Processing materials: Shape, aluminum products; Punching needles, tungsten steel/mold steel; Guide sleeves and lower molds are made of imported mold steel.
3. Processing accuracy:±3um
5. Working speed: 100-200 times/min, depending on the size of the Pneumatic Hole Punch product.
6. Air pressure: 0.4-0.8MPa


|
Parameter Category |
Parameter Name |
Unit |
Typical Value Range |
Description |
|
Overall Dimension Parameters |
Die Overall Size (Length × Width × Height) |
mm |
Customized based on product |
Overall outer dimension of the entire die set, matched to the corresponding punching equipment table |
|
Working Cutting Area |
mm |
50×50 - 1500×1000 |
Maximum effective range of full-cut processing for the workpiece |
|
|
Die Weight |
kg |
50 - 1200 |
Total weight of the assembled die, for equipment load assessment |
|
|
Cutting System Parameters |
Cutting Clearance |
mm |
0.03 - 0.15 |
Gap between cutting edge of male die and female die, adjusted according to material thickness |
|
Cutting Edge Hardness |
HRC |
58 - 64 |
Surface hardness of cutting parts, determines wear resistance and service life |
|
|
Cutting Tolerance |
mm |
±0.05 - ±0.15 |
Dimensional accuracy tolerance of finished product after cutting |
|
|
Maximum Cutting Material Thickness |
mm |
0.1 - 10 |
Maximum thickness of material that the die can fully cut through, varies by material type |
|
|
Pneumatic System Parameters |
Working Air Pressure |
MPa |
0.5 - 0.8 |
Normal working air pressure range required for die operation |
|
Air Cylinder Bore |
mm |
40 - 160 |
Inner diameter of driving pneumatic cylinder, determines output thrust |
|
|
Maximum Output Thrust |
kN |
6 - 160 |
Maximum cutting thrust output by pneumatic system under rated air pressure |
|
|
Cylinder Stroke |
mm |
20 - 100 |
Effective working stroke of pneumatic cylinder, needs to meet cutting depth requirement |
|
|
Air Consumption per Cycle |
L |
0.5 - 8 |
Compressed air consumption for one complete cutting cycle |
|
|
Performance Parameters |
Working Speed |
cycles/min |
10 - 60 |
Maximum sustainable cutting cycles per minute |
|
Service Life (Number of Cuttings) |
times |
500000 - 2000000 |
Expected service life under normal maintenance before cutting edge grinding is required |
|
|
Applicable Materials |
- |
Foam, rubber, non-woven fabric, cardboard, thin plastic sheet, gasket material |
Types of materials suitable for full-cut processing with this die |
|
|
Installation & Matching Parameters |
Alignment Positioning Hole Diameter |
mm |
8 - 16 |
Diameter of positioning holes for die installation and alignment on equipment |
|
Air Inlet Interface Specification |
inch |
G1/4 - G1/2 |
Thread specification of pneumatic interface connected to air source |
Unlike hydraulic cutting molds that squeeze soft materials heavily, our pneumatic structure applies even, gentle cutting force. It won’t stretch or crack the delicate hydrogel layer on ECG and TENS pads, and the uniform cutting size keeps consistent quality for mass medical disposable patch production, which helps our medical industry clients cut down defective finished products effectively.Many packaging and adhesive tape factories have placed repeat orders for our Pneumatic Full-cut Die, and the Pneumatic Punch Die variant is one of their most popular picks.
It meets the continuous high-frequency punching requirements for packaging bag side holes and tape roll positioning holes, and the modular design allows quick replacement of different diameter punches to adapt to the production switching of different packaging specifications, effectively improving the overall production efficiency of the production line. For the processing of hollow plastic plates and aluminum alloy decorative gaskets in the building materials industry, our pneumatic punching dies maintain stable processing accuracy under long-term operation, and the low-vibration working characteristics avoid deformation of thin plates during processing, which well meets the standardized size requirements of building accessories.
The Pneumatic Full-cut Diemain application areas include the following fields:
Mainly used for processing breathable holes and handle holes for cartons, boxes, and gift packaging, as well as waste holes for self-adhesive labels. The pneumatic punching mold has a fast processing speed and is suitable for the production of large quantities of packaging products.
Used for processing hole positions of leather shoe uppers, sofa leather, and fabrics, such as breathable holes for leather shoes, holes for belts, and decorative holes for clothing. The pneumatic punching mold processing of soft materials does not cause material deformation, the hole diameters are uniform, and the processing speed is fast, which can meet the large-scale and multi-variety production needs of the leather textile industry.
Used for punching holes of acrylic sheets, PVC sheets, printed fabric, and KT boards, such as hole positions for illuminated signs, installation holes for printed fabric, and decorative holes for clothing. The pneumatic punching mold is flexible in installation and can be adapted to different sizes of advertising materials. The edge of the hole position is smooth and no secondary grinding processing is required.
The Pneumatic Punching Die is a stable pneumatic stamping mold. This mold can perfectly fit all the production processes of various hydrogel medical patches. The mold is specifically designed for the cutting and stamping processing of finished transcutaneous nerve electrical stimulation electrode patches, electrocardiogram electrode patches, therapeutic hydrogel patches, and other soft medical adhesive materials.
A Pneumatic Full-cut Die is designed for automatic cutting, punching, and shaping of flexible materials, including plastic films, adhesive products, packaging materials, and other thin sheet materials used in industrial applications.
It is suitable for processing a wide range of flexible materials, such as PE, PP, PVC, OPP films, adhesive tapes, foam sheets, paper, and other customized materials based on specific production needs.
This cutting solution offers high cutting efficiency, stable operation, precise forming results, and reliable performance. It can also be integrated into automated production systems to improve productivity and reduce labor costs.
Yes. The die design, cutting shape, size, and technical specifications can be customized according to the customer's product structure, material characteristics, and manufacturing requirements.
The required working air pressure depends on the material type, thickness, and cutting conditions. A stable compressed air source is recommended to ensure smooth and consistent cutting performance.
Yes, this die can be mounted on automatic converting machines, packaging systems, and customized production lines for continuous and efficient cutting processes.
Regular maintenance, proper cleaning, lubrication of moving parts, stable air pressure control, and accurate alignment of cutting components can effectively improve the durability and service life of the die.