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1.Product Introduction
A single punch die is a simple die used for metal processing. It can only complete one stamping process, such as punching or blanking, in one stamping stroke. Single punch dies usually consist of a die and a punch, or multiple dies and punches, but can only complete one process in one stamping. According to the guiding method, single punch dies can be divided into three types: non-guided single process die, guide plate type simple blanking die, and guide column type simple blanking die. Single punch dies have a simple structure, low cost, and are easy to adjust. They are suitable for products with small production volumes and complex structures.
2.Technical Parameters
Shaping Mode | Punching Press Mould |
Brand Name | BESCOMT |
Model Number | Customized |
Product Material | SKD11 |
Product Name | Automatic Washer Power Press Punching Mould for Production Line |
Type | Punching Mould |
Surface Treatment | Polished |
Cavity | Customized |
capacity | As Model |
Selling Units | Single ltem |
Single Package size | 50x50x50cm |
Single Gross Weight | 68.000 kg |
3.Product Advantage
Simple structure: The design and structure of the single punch die are relatively simple, usually consisting of a basic punch and a concave die, which is easy to manufacture and maintain.
Low cost: Due to its simple structure, the manufacturing cost of the single punch die is relatively low, which is suitable for cost-sensitive production.
Easy to adjust: The adjustment of the single punch die is relatively easy, and it can be quickly adjusted according to different stamping requirements.
High flexibility: The single punch die is suitable for variable stamping requirements, and the die can be quickly replaced to adapt to different stamping shapes and sizes.
Suitable for small batch production: For orders with small production volume and many varieties, the single punch die can reduce the number and time of die change and improve production efficiency.
Simple maintenance: Due to its simple structure, the daily maintenance and repair of the single punch die are relatively easy.
Strong adaptability: The single punch die can be used for stamping of a variety of materials, including metals, plastics, etc.
Short production preparation time: Due to the simple mold, preparatory work before production, such as mold installation and commissioning, can be completed quickly.
Suitable for complex shapes: For stamping parts with complex shapes or special requirements, the single punch die can provide a flexible solution.
Reduce waste: Single punch die can precisely control the stamping process and reduce material waste.
4.Product Uses
It can be applied to industries such as hardware, electronic components, automobile manufacturing, aerospace, household appliances, furniture metal parts, and auto parts.
The main processes include:
Punching: Punching round, square, rectangular or special-shaped holes on metal sheets.
Blanking: Punching metal sheets into workpieces of a specific shape while separating the workpiece itself.
Edge trimming: Processing the edges of metal workpieces, such as trimming, trimming or cutting.
Notching: Punching long strips or slot-shaped openings on metal sheets.
Shaping: Forming complex contours or shapes, such as trademarks, patterns, etc.
Flanging: Forming raised edges on the edges of metal sheets for subsequent assembly or reinforcement.
Imprinting: Imprinting text, patterns or depth marks on the metal surface.
Bending: Partial or overall bending of metal sheets.
Stretching: Stretching metal sheets to form the desired shape, such as cups or bowls.
Shaping: Correcting or finishing the shape of the workpiece after stamping.
Deburring: Removing burrs from the edge of a material during the stamping process.
Punching: Punching holes in a tube or shaped material.
Riveting: Joining two or more metal parts together by punching force.
Nibbling: Punching a series of holes at predetermined intervals in a metal sheet.
Slitting: Making a series of cuts in a metal sheet to form a slit.
Shrinking: Compressing one end of a metal tube to reduce its diameter.
Bulging: Partially expanding a metal sheet to form a desired shape.
Sectioning: Partially cutting a metal sheet, but not completely severing it.
5.Product Video
6.Customer Reviews
1.Product Introduction
A single punch die is a simple die used for metal processing. It can only complete one stamping process, such as punching or blanking, in one stamping stroke. Single punch dies usually consist of a die and a punch, or multiple dies and punches, but can only complete one process in one stamping. According to the guiding method, single punch dies can be divided into three types: non-guided single process die, guide plate type simple blanking die, and guide column type simple blanking die. Single punch dies have a simple structure, low cost, and are easy to adjust. They are suitable for products with small production volumes and complex structures.
2.Technical Parameters
Shaping Mode | Punching Press Mould |
Brand Name | BESCOMT |
Model Number | Customized |
Product Material | SKD11 |
Product Name | Automatic Washer Power Press Punching Mould for Production Line |
Type | Punching Mould |
Surface Treatment | Polished |
Cavity | Customized |
capacity | As Model |
Selling Units | Single ltem |
Single Package size | 50x50x50cm |
Single Gross Weight | 68.000 kg |
3.Product Advantage
Simple structure: The design and structure of the single punch die are relatively simple, usually consisting of a basic punch and a concave die, which is easy to manufacture and maintain.
Low cost: Due to its simple structure, the manufacturing cost of the single punch die is relatively low, which is suitable for cost-sensitive production.
Easy to adjust: The adjustment of the single punch die is relatively easy, and it can be quickly adjusted according to different stamping requirements.
High flexibility: The single punch die is suitable for variable stamping requirements, and the die can be quickly replaced to adapt to different stamping shapes and sizes.
Suitable for small batch production: For orders with small production volume and many varieties, the single punch die can reduce the number and time of die change and improve production efficiency.
Simple maintenance: Due to its simple structure, the daily maintenance and repair of the single punch die are relatively easy.
Strong adaptability: The single punch die can be used for stamping of a variety of materials, including metals, plastics, etc.
Short production preparation time: Due to the simple mold, preparatory work before production, such as mold installation and commissioning, can be completed quickly.
Suitable for complex shapes: For stamping parts with complex shapes or special requirements, the single punch die can provide a flexible solution.
Reduce waste: Single punch die can precisely control the stamping process and reduce material waste.
4.Product Uses
It can be applied to industries such as hardware, electronic components, automobile manufacturing, aerospace, household appliances, furniture metal parts, and auto parts.
The main processes include:
Punching: Punching round, square, rectangular or special-shaped holes on metal sheets.
Blanking: Punching metal sheets into workpieces of a specific shape while separating the workpiece itself.
Edge trimming: Processing the edges of metal workpieces, such as trimming, trimming or cutting.
Notching: Punching long strips or slot-shaped openings on metal sheets.
Shaping: Forming complex contours or shapes, such as trademarks, patterns, etc.
Flanging: Forming raised edges on the edges of metal sheets for subsequent assembly or reinforcement.
Imprinting: Imprinting text, patterns or depth marks on the metal surface.
Bending: Partial or overall bending of metal sheets.
Stretching: Stretching metal sheets to form the desired shape, such as cups or bowls.
Shaping: Correcting or finishing the shape of the workpiece after stamping.
Deburring: Removing burrs from the edge of a material during the stamping process.
Punching: Punching holes in a tube or shaped material.
Riveting: Joining two or more metal parts together by punching force.
Nibbling: Punching a series of holes at predetermined intervals in a metal sheet.
Slitting: Making a series of cuts in a metal sheet to form a slit.
Shrinking: Compressing one end of a metal tube to reduce its diameter.
Bulging: Partially expanding a metal sheet to form a desired shape.
Sectioning: Partially cutting a metal sheet, but not completely severing it.
5.Product Video
6.Customer Reviews