Inner Frame Forming Machine

 Working Principle

 Mechanical Forming: Utilizes mechanical systems (e.g., rollers, dies, or presses) to bend, fold, or roll materials like galvanized steel, aluminum, or plastic into the required inner frame shapes.

- Thermoforming (Optional): For thermoplastic materials, heats the material to a malleable state and uses molds to shape it, ensuring uniform consistency and dimensional accuracy.

1. Material Feeding System: Automatically delivers raw materials (sheets, strips, or profiles) to the forming station.

 2. Forming Mechanism:

  Customizable dies or rollers for specific frame designs (e.g., rectangular, cylindrical).

 - Hydraulic or servo-driven systems for controlled pressure application.

 3. Control Unit: PLC-based interface for adjusting parameters (e.g., speed, pressure, temperature) and monitoring production.

 4. Cutting/Trimming Tools: Ensures precise frame dimensions by trimming excess material after forming.

Performance Features

 High Precision: Achieves tight tolerances (e.g., ±0.1mm) to guarantee seamless integration with filter media and outer frames.

 Efficiency: Supports high-speed production, reducing manufacturing time and labor costs.

  Versatility: Adaptable to various frame sizes, thicknesses, and materials.

  Stability: Heavy-duty construction ensures continuous operation with minimal downtime.

 Applications

 Air Filtration: HVAC systems, cleanrooms, and air purifiers.

 Industrial Filtration: Chemical, pharmaceutical, and food processing industries.

 Water Treatment: Filters for wastewater and drinking water systems.

 Technical Specifications (Typical)

 Material Thickness: 0.2–0.5mm (adjustable).

 Forming Speed: 10–30 frames per minute.

 Power Supply: 220V/380V, 50/60Hz.

This machine ensures the structural integrity of pocket filters, enhancing their durability and filtration efficiency.