 |
| Quantity: | |
|---|---|
CX08x665
Sheet Metal Forming Machines for Die Spanlose Kaltformung von Blechen und Profilen (Machines for Die-less Cold Forming of Sheets and Profiles) are specialized equipment designed for processing metal sheets and profiles. The key feature of these machines is their ability to shape metals using a cold forming process without any cutting tools (such as dies), ensuring material integrity and avoiding waste. Below is a detailed introduction to the applications and functions of these machines:
Sheet Metal Processing:
Used in automotive, aerospace, household appliances, and electronic industries for sheet metal processing.
Suitable for high-volume production of metal parts that require precise shaping.
Profile Forming:
Suitable for producing irregular or custom profiles, such as frames, brackets, rails, etc.
Restoration and Repair:
Applied in the restoration of vintage or classic cars, particularly when replacing and restoring metal parts.
Useful in shipbuilding for handling large metal sheet forming during repairs or new constructions.
Construction Industry:
Used in the manufacturing of building metal components such as decorative panels, beam supports, and structural parts.
Aerospace and Aviation:
Used for precision forming of aerospace components, particularly for high-temperature or high-strength metal materials.
Cold Forming Process:
Die-less Process: The machine utilizes a cold forming technology to shape metals without cutting, eliminating material waste and reducing processing costs.
Suitable for Multiple Materials: Capable of processing a variety of metals such as steel, aluminum, stainless steel, etc., to meet different cold forming needs.
Flexible Forming Operation:
Adjustable Lifting Speed: The machine features stepless speed adjustment, adapting to various material thicknesses and forming requirements.
Low and High-Speed Operation: Low speed is used for thicker materials, providing precise forming such as stretching, flattening, straightening, etc., while high speed is suitable for thin materials to enhance productivity.
High Precision Forming:
Precise Control: The machine is equipped with electric or servo control systems to provide high repeatability and ensure consistency in forming quality, minimizing human error.
Precision Flattening and Straightening: Particularly effective in flattening metal sheets and straightening bent or warped materials.
Versatility:
Interchangeable Forming Tools: The machine supports multiple forming tools, enabling a wide range of operations such as stretching, shrinking, flattening, drawing edges (flanging), and forming, meeting various processing needs.
Adaptability to Various Workpiece Sizes: The machine can handle different workpiece sizes, from thin to thick sheets, and small to large parts, offering high flexibility.
Automation and Digital Control:
Numerical Control (NC): Modern machines are typically equipped with advanced NC systems, allowing precise programming and automation of the forming process.
Integrated Monitoring and Fault Diagnosis: The machine features intelligent monitoring systems that track machine status in real-time and provide fault diagnostics, improving equipment reliability and maintenance efficiency.
Energy Efficiency and Environmental Protection:
As there is no cutting involved, energy consumption is reduced, and the process avoids producing waste and scrap, making it an environmentally friendly option.
Waste-free Forming: The die-less cold forming process avoids material loss due to cutting, achieving efficient and waste-free processing.
High Production Efficiency: With adjustable speed and flexible operation, the production process becomes more efficient.
Reduced Dependence on Skilled Labor: The precise control provided by the NC system reduces reliance on skilled labor, ensuring consistent quality in each part.
Suitable for Complex Shapes: These machines can process metal parts with complex geometries, making them ideal for industries requiring specialized processing.
| Parameter | Specification |
|---|---|
| Model | CX08x665 |
| Open Height (between die surfaces) | 210–295 mm |
| Punch Vibration Range | 8 mm |
| Punch Adjustable Stroke | 80 mm |
| Vibration Frequency | 0–600 strokes/min |
| Max. Formable Thickness (Steel, 450 MPa) | 6 mm |
| Max. Formable Thickness (Aluminum, 250 MPa) | 8 mm |
| Max. Formable Thickness (Copper, 250 MPa) | 8 mm |
| Max. Formable Thickness (Stainless Steel, 450 MPa) | 4 mm |
| Machine Weight | 2,542 kg |
| Dimensions (L × W × H) | 2,580 × 1,321 × 2,400 mm |
The CX08x665 is widely utilized in:
Aerospace Production: For manufacturing and correcting precision components.
Shipbuilding: Forming and adjusting large metal panels.
Automotive Industry: Fabrication of body panels, frames, and structural components.
Railway Manufacturing: Production and repair of wagon parts.
Vintage Car Restoration: Precise correction and forming of classic car parts.
Chipless cold forming: No material loss or thermal impact.
Multi-function forming: One machine, multiple applications.
Minimum noise and vibration: Operator-friendly and ideal for indoor workshops.
Adjustable settings: Ram stroke, vibration frequency, and feed range for maximum flexibility.
High durability: Robust design for industrial-grade use.
Automotive panel and frame manufacturing
Railway component fabrication
Vintage vehicle restoration
Precision repair and part correction
General metal fabrication workshops
Sheet Metal Forming Machines for Die Spanlose Kaltformung von Blechen und Profilen (Machines for Die-less Cold Forming of Sheets and Profiles) are specialized equipment designed for processing metal sheets and profiles. The key feature of these machines is their ability to shape metals using a cold forming process without any cutting tools (such as dies), ensuring material integrity and avoiding waste. Below is a detailed introduction to the applications and functions of these machines:
Sheet Metal Processing:
Used in automotive, aerospace, household appliances, and electronic industries for sheet metal processing.
Suitable for high-volume production of metal parts that require precise shaping.
Profile Forming:
Suitable for producing irregular or custom profiles, such as frames, brackets, rails, etc.
Restoration and Repair:
Applied in the restoration of vintage or classic cars, particularly when replacing and restoring metal parts.
Useful in shipbuilding for handling large metal sheet forming during repairs or new constructions.
Construction Industry:
Used in the manufacturing of building metal components such as decorative panels, beam supports, and structural parts.
Aerospace and Aviation:
Used for precision forming of aerospace components, particularly for high-temperature or high-strength metal materials.
Cold Forming Process:
Die-less Process: The machine utilizes a cold forming technology to shape metals without cutting, eliminating material waste and reducing processing costs.
Suitable for Multiple Materials: Capable of processing a variety of metals such as steel, aluminum, stainless steel, etc., to meet different cold forming needs.
Flexible Forming Operation:
Adjustable Lifting Speed: The machine features stepless speed adjustment, adapting to various material thicknesses and forming requirements.
Low and High-Speed Operation: Low speed is used for thicker materials, providing precise forming such as stretching, flattening, straightening, etc., while high speed is suitable for thin materials to enhance productivity.
High Precision Forming:
Precise Control: The machine is equipped with electric or servo control systems to provide high repeatability and ensure consistency in forming quality, minimizing human error.
Precision Flattening and Straightening: Particularly effective in flattening metal sheets and straightening bent or warped materials.
Versatility:
Interchangeable Forming Tools: The machine supports multiple forming tools, enabling a wide range of operations such as stretching, shrinking, flattening, drawing edges (flanging), and forming, meeting various processing needs.
Adaptability to Various Workpiece Sizes: The machine can handle different workpiece sizes, from thin to thick sheets, and small to large parts, offering high flexibility.
Automation and Digital Control:
Numerical Control (NC): Modern machines are typically equipped with advanced NC systems, allowing precise programming and automation of the forming process.
Integrated Monitoring and Fault Diagnosis: The machine features intelligent monitoring systems that track machine status in real-time and provide fault diagnostics, improving equipment reliability and maintenance efficiency.
Energy Efficiency and Environmental Protection:
As there is no cutting involved, energy consumption is reduced, and the process avoids producing waste and scrap, making it an environmentally friendly option.
Waste-free Forming: The die-less cold forming process avoids material loss due to cutting, achieving efficient and waste-free processing.
High Production Efficiency: With adjustable speed and flexible operation, the production process becomes more efficient.
Reduced Dependence on Skilled Labor: The precise control provided by the NC system reduces reliance on skilled labor, ensuring consistent quality in each part.
Suitable for Complex Shapes: These machines can process metal parts with complex geometries, making them ideal for industries requiring specialized processing.
| Parameter | Specification |
|---|---|
| Model | CX08x665 |
| Open Height (between die surfaces) | 210–295 mm |
| Punch Vibration Range | 8 mm |
| Punch Adjustable Stroke | 80 mm |
| Vibration Frequency | 0–600 strokes/min |
| Max. Formable Thickness (Steel, 450 MPa) | 6 mm |
| Max. Formable Thickness (Aluminum, 250 MPa) | 8 mm |
| Max. Formable Thickness (Copper, 250 MPa) | 8 mm |
| Max. Formable Thickness (Stainless Steel, 450 MPa) | 4 mm |
| Machine Weight | 2,542 kg |
| Dimensions (L × W × H) | 2,580 × 1,321 × 2,400 mm |
The CX08x665 is widely utilized in:
Aerospace Production: For manufacturing and correcting precision components.
Shipbuilding: Forming and adjusting large metal panels.
Automotive Industry: Fabrication of body panels, frames, and structural components.
Railway Manufacturing: Production and repair of wagon parts.
Vintage Car Restoration: Precise correction and forming of classic car parts.
Chipless cold forming: No material loss or thermal impact.
Multi-function forming: One machine, multiple applications.
Minimum noise and vibration: Operator-friendly and ideal for indoor workshops.
Adjustable settings: Ram stroke, vibration frequency, and feed range for maximum flexibility.
High durability: Robust design for industrial-grade use.
Automotive panel and frame manufacturing
Railway component fabrication
Vintage vehicle restoration
Precision repair and part correction
General metal fabrication workshops
