Product Description
High-Efficiency Nipping and Pressing Machine for Filter Mesh Production
The Filter Mesh Nipping Machine is engineered to press and bond filter mesh layers, ensuring enhanced contact and structural integrity for industrial filter elements. It is widely used in filter production lines where metal mesh and filter media layers require consistent pressing and joining before final assembly.
This machine delivers stable performance, uniform pressing force and repeatable quality, making it suitable for high-volume filter manufacturing.
Delivers uniform pressing between mesh layers to ensure strong bonding and consistent filter integrity.
Designed for continuous production with sturdy build quality and durable components, enabling long-term stability.
Simplified setup and control reduce training time and operational errors.
Optimized pressing motion and automated feed deliver smoother production workflow with less manual intervention.
Suitable for use with different filter mesh materials including expanded metal mesh, stainless steel mesh and composite media.
| Feature | Specification |
| Applicable Material | Expanded metal mesh, stainless steel mesh, composite filter media |
| Pressing Force | Configurable based on material |
| Machine Power | 2.2 kW (standard) |
| Control System | Electrical push button / optional HMI |
| Duty Cycle | Continuous industrial operation |
| Warranty | 1 year |
| Origin | China |
This nipping machine is ideal for use in:
It is well-matched to factories and manufacturing sites requiring repeatable mesh bonding quality.
Q: What materials can this machine handle?
A: It can press and bond expanded metal mesh, stainless steel mesh, and composite filter media.
Q: What is the pressing capacity of the machine?
A: Allowable pressing force is configurable based on mesh material thickness and type.
Q: Is this machine suitable for continuous production?
A: Yes, the machine is built for continuous industrial-grade operation.
To provide global industrial clients with efficient and reliable filtration solutions, reducing energy waste and environmental pollution while enabling green production.