2026-10-30
Filling accuracy and line efficiency have become critical cost and brand factors for manufacturers as packaging operations grow more automated. Equipment suppliers are increasingly presenting integrated filling, capping and labeling systems built around programmable logic controllers and touchscreen interfaces to improve reliability and reduce manual intervention.
ZhongLi Packaging Machinery Co., Ltd. designs packaging machinery for food, beverage, cosmetics and chemical applications, according to the company’s product description. Its systems are presented as complete automated lines rather than standalone filling units, integrating filling, capping and labeling functions.
PLC controls and high-sensitivity touchscreens are central to the design. The company says these features allow digital management from operation through maintenance, supporting precise and reliable production.
The product range includes automatic liquid filling machines with 16 to 20 filling heads and PLC control for beverages and liquid chemicals, as well as piston fillers for pastes and viscous liquids. Corrosion-resistant models are designed for bleach and strong chemicals, while large-container systems support 200-liter to 1,000-liter drums and IBCs.
| Equipment type | Core advantage | Application |
|---|---|---|
| Automatic liquid filling machine | 16-20 head high-efficiency configuration, PLC precision control | Beverages, liquid chemicals |
| Piston filling machine | High-precision metering, suitable for materials of different viscosities | Pastes, viscous liquids |
| Corrosion-resistant filling machine | Corrosion-resistant materials, extending equipment service life | Bleach, strong chemicals |
| Large-container filling | Supports 200L-1,000L drums and IBCs | Industrial raw materials, bulk drums |
Because equipment requirements vary by industry, suppliers are offering customized stainless-steel solutions for high-viscosity pastes and corrosive chemicals, the company says. The emphasis is on high throughput, ease of operation and reduced manual intervention.
Such customization is intended to lower production errors and support more stable returns on equipment investment, according to the company. Selection depends on material density, viscosity, chemical composition and site layout.