Introduction
Semi-Automatic BIB Fillers provide an optimal balance between cost, accuracy, and output volume, making them ideal for small and medium-sized producers. Suzhou Jingle Packaging's fillers feature either a precise magnetic flowmeter or a weight-based scale system for repeatable dosing. The operator manually loads the bag and actuates the filling cycle; the machine handles the automated filling, vacuuming, and sealing of the cap.
These machines are known for their rapid changeover between different bag sizes and their robust, easy-to-maintain design.
Specification
| Configuration | Single Filling Head (Semi-Automatic) |
| Fill Rate (5L) | Up to 300 to 500 bags per hour (Product and operator dependent) |
| Dosing Accuracy | Typical pm 0.5% (Flowmeter) or pm 0.3% (Weight Scale) |
| Volume Range | 1L to 20L (Standard), up to 50L (Optional) |
| Material Contact | 304 or 316 Stainless Steel (Food grade options) |
Logistics & Global Compatibility
Compact Footprint: Requires minimal floor space, suitable for smaller production facilities worldwide.
Plug-and-Play Setup: Designed for easy installation and rapid deployment internationally with minimal on-site engineering.
Universal Power: Available in all standard international voltage and frequency configurations (e.g., 220V/50Hz, 480V/60Hz).
CE Certification: Equipment meets European Union safety and quality directives, ensuring broad market acceptance.
FAQ
- Q: Can the semi-automatic filler handle highly viscous products?
- A: Yes, the machine can be equipped with a positive displacement pump system to ensure accurate and smooth filling of viscous liquids like syrups and purees.
- Q: Is this machine compatible with aseptic bags?
- A: No, semi-automatic fillers are generally non-aseptic. Dedicated aseptic fillers are required for sterile packaging.
- Q: How often is calibration needed for the dosing system?
- A: Calibration frequency depends on the dosing system (flowmeter or scale). Regular verification is recommended, with flowmeter systems typically requiring less frequent adjustment.