Customized filling machines for liquids, creams, gels and pastes used in daily chemical, personal care, cosmetic, pharmaceutical, healthcare, agrochemical and chemical packaging. The filling method is selected by product behavior, viscosity, foam level, filling volume, container size and target output.
Choose the filling structure by product viscosity and flow behavior, foaming tendency, corrosiveness, filling volume, container format and target output. This table gives buyers of liquid, emulsion, cream, gel and paste filling equipment a practical starting point before quotation.
| Selection Condition | Recommended Filling Machine | Common Applications |
|---|---|---|
| Viscous / Foaming | Servo Piston Filling Machine | Detergent / Shampoo / Lotion / Liquid Soap / Gel / Cream |
| Low-viscosity | Gravity Filling Machine / Pump Filling System | Disinfectant / Cleaner / Sanitizer / Water-like Chemical Liquids |
| Small-volume | Peristaltic Pump / Gear Pump Filling Machine | Essential Oil / Perfume / E-liquid / Reagent |
| Corrosive | Anti-corrosion Filling Machine | Pesticide / Agrochemical Liquid / Corrosive Chemical Products |
| Large-volume | Flow Meter Filling Machine | Lubricant Oil / Industrial Liquid / Large-volume Chemical Bottles |
| Higher-speed Line | Tracking Filling Machine | Continuous Bottle Production Lines / Less Bottle Stop Time |
Liquids, emulsions, creams, gels and pastes require different filling structures. We recommend the suitable filling method based on viscosity and flow behavior, foaming tendency, corrosiveness, filling volume, container format and target output.
Suitable for factories that need stable volume control, fast format change and better filling repeatability.
For accurate filling of large-volume liquids, suitable for lubricant oil, chemical liquid, industrial liquid and daily chemical products.
For free-flowing low-viscosity liquids, suitable for water-like products, disinfectant, alcohol, cleaner and chemical liquid.
For low to medium-viscosity liquids requiring accurate dosing, suitable for oil, essence, e-liquid and chemical products.
Continuous motion filling for higher speed lines, reducing bottle stop time and improving production efficiency.
For viscous and flowing liquid products, suitable for shampoo, lotion, gel, cream and chemical liquid filling.
For small-volume liquid filling with high cleanliness requirements, suitable for perfume, essential oil, reagent and pharmaceutical liquid.
Configured for corrosive chemical, agrochemical and special liquid products with customized contact materials.
For small bottles and special liquids requiring vacuum-assisted filling, suitable for perfume, alcohol, essential oil and glass bottles.
Vacuum-assisted perfume filling with sample-matched bottle positioning for round, flat and special-shaped fragrance bottles.
Compact filling, plug insertion and capping for essential oil, e-liquid, eye drops, fragrance, serum and small spray bottles.
To avoid wrong machine selection, filling equipment should not be chosen only by product name. Container and closure photos or drawings, product behavior, filling volume and speed target should be reviewed together.
Product behavior helps determine the filling method, nozzle structure, anti-drip design and filling speed.
Different bottle volumes require different piston cylinder sizes, pump flow rates and filling head quantities.
Bottle stability affects conveyor, positioning, filling nozzle spacing and line layout.
2/4/6/8/10/12 filling heads can be configured according to target capacity and product volume.
Filling machines can be configured as standalone equipment or connected with capping, labeling and conveyor systems.
Share your product type, filling volume, container shape, target speed and clear photos or drawings. We will recommend a suitable filling machine configuration.
A servo piston filling machine is commonly used for detergent, shampoo, lotion, gel and other viscous or foaming liquid products.
Yes. The filling range can be adjusted within the designed machine range, but piston size, filling nozzles and bottle positioning should match the required volume range.
The number of filling heads depends on filling volume, liquid viscosity and target speed. Common options include 2, 4, 6, 8, 10 and 12 filling heads.
