The ASP100D dual-head aseptic box-in-bag filling machine is a filling equipment for 1-25 liter BIB bags. The entire filling process is completed in a sterile environment to ensure the aseptic filling requirements of the product. The filling volume can be freely set according to packaging requirements, with flexible production and high automation degree of touch screen operation. The two filling heads alternate filling, ensuring high production efficiency. It is widely used in aseptic packaging of fluid products with high aseptic requirements such as fruit juice, fruit pulp, and dairy products, ensuring product quality.
Equipment Features:
1. The equipment is equipped with a human-machine interface and PLC automatic control system, which is intuitive and convenient to operate.
2. The equipment is equipped with a sterile room. The BIB sterile bag cap removal, filling and capping are all carried out in a sterile environment.
3. High-temperature steam is used in the sterile room to sterilize the sterile room and the bag opening.
4. The filling head is equipped with a cap removal confirmation system. Only when the sterile cap is confirmed to be removed can filling be carried out, thus avoiding contamination of the sterile room by the product.
5. According to different materials, flow meters or weighing metering systems can be selected for quantitative filling.
6. It is suitable for automatic filling of 1-25L BIB sterile bags. The filling weight can be freely set, and the production is flexible. The equipment adjustment for various specifications is simple and convenient.
7. The reliable bag clamping design ensures stable equipment operation and does not damage the bag opening.
8. The equipment frame is made of SUS304 stainless steel, and all parts in contact with the material are made of 316L stainless steel. The filling hose complies with FDA certification.
9. Unique CIP cleaning design, no dead corners in cleaning, can meet the CIP cleaning requirements of various materials.
10. Double-head filling machine, two filling heads fill alternately in sequence, minimizing material backflow and avoiding repeated sterilization of backflow material, which may cause poor product color and loss of nutrients.