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Net Bagging Scale MWBW – ideal choice for dusty and hygroscopic bulk materials.

- Top weighing accuracy
- Excellent sanitation
- High operating reliability
- Minimized maintenance

Net bagging scale MWBW.

The net bagging scale MWBW is suitable for packing open-mouth bags made of paper, plastic, jute, or cotton with a filling weight ranging from 10 kg to 50 kg. Its capacity ranges between 2 and 7 bags per minute. This bag packing machine can be applied both for freeflowing and non-freeflowing products, which are fed directly into the bags by a screw, belt, or slide-gate feeder. Due to the low drop of the product, the MWBW is the ideal choice for very dusty or hygroscopic bulk materials. Intelligent technology for maximum weighing accuracy.
  • The bag spout is suspended at three points. The rugged machine design allows a high stability to be achieved in the weighing cycle.
  • The net bagging scale MWBW is equipped with top-grade load cells – a precondition for achieving top weighing accuracy.
  • The equipment of the bag packing system includes the universal controller MEAG. This universal controller is characterized by its intelligent weighing algorithms and its top precision.

Product purity thanks to excellent sanitation.

  • A dust-tight bag spout prevents dust from escaping and thus ensures clean machine surroundings.
  • Thanks to the optimal geometry of the components in contact with the product, dust zones have been minimized. This ensures high product purity and makes machine cleaning easier.

Dust-free design for high operating reliability.
The net bagging scale MWBW is characterized by its dust-resistant design. The rugged pneumatic components on the bag spout provide maximum operating reliability.

Rugged design for low maintenance requirement.

  • This bagging system is characterized by its proven system components, which require little maintenance or none at all. Its sturdy design reduces the overall maintenance requirement.
  • All the system elements are easy to exchange. The time required for changes is reduced to the minimum.