Inner Frame Clinching Machine
Inner Frame Clinching Machine
Quantity:
Pocket Filter Inner Frame Clinching Machine
| Bag Thickness | ≤10mm |
| Capacity | 30-40 times/min |
| Worker | 1-2 |
| Power | 3KW |
| Voltage | 380V/50HZ |
| Weight | 640KG |
Features:
Bag Filter Inner Frame Clinching Machine
A Bag Filter Inner Frame Clinching Machine is a specialized industrial device designed to securely assemble the internal frames of bag filters using clinching technology. This process creates permanent, high-strength joints without the need for additional fasteners like rivets or screws, ensuring structural integrity and efficiency in filtration systems.
- Clinching Technology: Uses hydraulic or servo-driven force to deform overlapping metal or composite layers at the joint area.
- Die Design: Customized dies create interlocking tabs or indentations that fuse materials together, forming a robust mechanical bond.
- Pressure Control: Precisely regulated pressure ensures consistent joint quality and prevents material damage.
1. Clinching Unit:
- Upper and lower dies for forming interlocks.
Hydraulic cylinder for applying force (typically 5–20 tons).
2. Material Handling System:
- Automated feeding of pre-cut inner frame components (e.g., galvanized steel, aluminum).
- Fixtures for accurate positioning during clinching.
3. Control Panel:
- PLC-based interface for adjusting pressure, stroke depth, and cycle time.
- Touchscreen for real-time monitoring and parameter changes.
4. Safety Features:
- Emergency stop buttons and sensors to protect operators.
Performance Advantages
- Cost-Effective: Eliminates the need for rivets or welding consumables.
- High Strength: Clinched joints withstand vibrations and pressure in harsh environments.
- Speed: Rapid cycle times (1–5 seconds per joint) for mass production.
- Versatility: Adapts to various frame sizes, shapes, and material thicknesses (0.5–3mm).
- Clean Finish: No protrusions or sharp edges, reducing risks in filter assembly.
Applications
- Air Filtration: HVAC systems, dust collectors, and cleanrooms.
- Liquid Filtration: Water treatment, chemical processing, and oil refining.
- Industrial Machinery: Filters for compressors, engines, and pneumatic systems.
Technical Specifications
- Max. Material Thickness: 0.5mm
- Cycle Time: 1–5 seconds per joint.
- Power Supply: 220V/380V, 50/60Hz.
This machine is critical for producing durable, leak-free bag filter inner frames, ensuring optimal filtration performance and extended service life.
A Bag Filter Inner Frame Clinching Machine is a specialized industrial device designed to securely assemble the internal frames of bag filters using clinching technology. This process creates permanent, high-strength joints without the need for additional fasteners like rivets or screws, ensuring structural integrity and efficiency in filtration systems.
- Clinching Technology: Uses hydraulic or servo-driven force to deform overlapping metal or composite layers at the joint area.
- Die Design: Customized dies create interlocking tabs or indentations that fuse materials together, forming a robust mechanical bond.
- Pressure Control: Precisely regulated pressure ensures consistent joint quality and prevents material damage.
1. Clinching Unit:
- Upper and lower dies for forming interlocks.
Hydraulic cylinder for applying force (typically 5–20 tons).
2. Material Handling System:
- Automated feeding of pre-cut inner frame components (e.g., galvanized steel, aluminum).
- Fixtures for accurate positioning during clinching.
3. Control Panel:
- PLC-based interface for adjusting pressure, stroke depth, and cycle time.
- Touchscreen for real-time monitoring and parameter changes.
4. Safety Features:
- Emergency stop buttons and sensors to protect operators.
Performance Advantages
- Cost-Effective: Eliminates the need for rivets or welding consumables.
- High Strength: Clinched joints withstand vibrations and pressure in harsh environments.
- Speed: Rapid cycle times (1–5 seconds per joint) for mass production.
- Versatility: Adapts to various frame sizes, shapes, and material thicknesses (0.5–3mm).
- Clean Finish: No protrusions or sharp edges, reducing risks in filter assembly.
Applications
- Air Filtration: HVAC systems, dust collectors, and cleanrooms.
- Liquid Filtration: Water treatment, chemical processing, and oil refining.
- Industrial Machinery: Filters for compressors, engines, and pneumatic systems.
Technical Specifications
- Max. Material Thickness: 0.5mm
- Cycle Time: 1–5 seconds per joint.
- Power Supply: 220V/380V, 50/60Hz.
This machine is critical for producing durable, leak-free bag filter inner frames, ensuring optimal filtration performance and extended service life.
