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Core adaptation features: non‑stop bottle conveying, continuous production line, medium‑high‑speed mass production, frequent bottle‑type changeover, liquids to medium‑high‑viscosity pastes, sauces with tiny soft particles. It is suitable for full‑line continuous production and can be seamlessly connected with capping, labeling and ink‑jet coding machines.

Liquid Premade‑Pouch Filling Machine｜Applicable Industries & Material List Packable materials: low‑viscosity liquid, medium‑high viscosity paste‑liquid, fluid with fine particles. Suitable pouch types: stand‑up pouch, zipper pouch, spout pouch, 3‑side‑sealed pouch, 4‑side‑sealed premade pouch.

This machine adopts servopiston volumetric dosing. It is compatible with lowviscosity liquids, highviscosity pastes and granularcontaining materials with strong versatility. Below is the breakdown by industry, material, productionline working conditions and bottle types for your product introduction.

1. Control System (Core Electric Control) ✅ Standard Configuration PLC programmable logic controller 7-inch color touch screen (Chinese & English interface, multi-formula storage, output statistics, fault alarm display) Photoelectric bottle detection sensor: No filling without bottles Low-voltage electrical components for the whole machine (well-known domestic brands; Siemens available as upgrade option) Emergency stop button, operation indicator light, sound & light fault alarm Parameter encryption authority management, filling counting function ❇️ Optional Configuration Remote communication module (for remote commissioning support) Complete explosion-proof electric control system (for chemical solvents) Data export function (export filling records via USB flash drive)

The overall process consists of five major stages: Bottle Feeding & Conveying → Automatic Cap Sorting & Cap Placing → Bottle Positioning → Capping & Tightening → Finished Bottle Discharging. Models with different structures share the same front-end conveying and cap sorting process. The core difference lies in the capping actuator, which will be explained separately below.

The complete workflow consists of seven closed-loop automatic procedures: bottle feeding & separating, cap sorting & feeding, bottle positioning & clamping, automatic cap placing, servo capping, defective product detection & rejection, and finished product discharging. The whole system adopts PLC photoelectric automatic induction control with no manual intervention required.