full auto plc control honey peanut butter mayonnaise sauce filling machine for bottle

Filling Machine
December 25, 2024
Category Connection: Sauce Filling Machine
Brief: Discover the NPACK Automatic Servo Motor Driven Honey Piston Filling Machine, designed for precise and efficient filling of honey, peanut butter, mayonnaise, and other viscous liquids. This PLC-controlled machine ensures high-speed, accurate filling for bottles and jars of various sizes, perfect for medium to large-scale production.
Related Product Features:
  • Equipped with a PLC and user-friendly touch screen for easy operation and parameter storage.
  • Servo motor-driven piston pumps ensure high-speed and precise filling with adjustable volumes via touch screen.
  • Filling nozzles feature anti-drip, anti-drawing, bottom-up filling, and bubble-elimination options.
  • Double jacket tank for hot filling with an internal mixer to maintain product temperature and consistency.
  • Tank includes a level controller to regulate product transfer automatically.
  • Suitable for various bottle sizes and shapes, with quick volume adjustments on the touch screen.
  • Ideal for honey, essential oils, cosmetics, and other viscous liquids.
  • High-speed operation and accuracy make it perfect for medium to large-scale manufacturing.
Faqs:
  • What types of liquids can this filling machine handle?
    The machine is designed for viscous liquids like honey, peanut butter, mayonnaise, essential oils, cosmetics, and more.
  • How does the machine ensure precise filling?
    The servo motor-driven piston pumps and PLC control system ensure high-speed and accurate filling, with adjustable volumes via the touch screen.
  • Is the machine suitable for hot filling?
    Yes, the machine features a double jacket tank for hot filling, with an internal mixer to maintain consistent product temperature.
  • What after-sales services are provided?
    NPACK offers installation, training, a one-year warranty, technical support, spare parts, and consulting services to ensure optimal machine performance.