High-precision Servo Filling Machine with Food-grade 304 Stainless Steel and

The Automatic Inline Servo-Driven Piston Filling Machine is engineered to transform precise motion control into accurate, repeatable filling. A servo-controlled drive regulates the movement and stroke of the pistons, allowing each filling cycle to deliver a carefully measured volume of product into the container.

Designed around an inline conveyor system, the machine automatically separates, positions, fills, and discharges containers in a smooth production sequence. Its volumetric piston technology provides dependable performance across a broad range of product consistencies, from free-flowing liquids to sauces, oils, creams, gels, detergents, and dense pastes.

The servo system allows filling volume, piston speed, acceleration, deceleration, and dispensing stages to be controlled digitally. This level of control helps improve filling consistency, reduce unnecessary overfill, and adapt the filling profile to products that may foam, splash, drip, or change in viscosity.

Available with multiple filling heads, the machine can be configured according to the required volume, container format, product characteristics, and production capacity. It can operate independently or integrate with bottle feeding, capping, sealing, labeling, coding, inspection, and collection equipment.

The servo drive controls piston movement with exceptional consistency, providing accurate dosing and smooth operation throughout every filling cycle.

Each piston draws and dispenses a measured volume of product, delivering reliable repeatability across different production batches.

Piston speed can be adjusted at different stages of the filling stroke to accommodate thin, viscous, foaming, or splash-sensitive products.

The machine can handle liquids, oils, sauces, creams, gels, detergents, lubricants, pastes, and selected products containing soft particles.

Different numbers of filling heads are available to match the required output without compromising dosing consistency.

Positive shut-off nozzles and optional suction-back control help minimize dripping, stringing, and contamination around the container opening.

The filling nozzles can descend into the containers and rise gradually with the product level, helping reduce foam, splashing, and trapped air.

Filling volumes and operating parameters can be entered through the control interface, reducing dependence on repeated mechanical adjustment.

Parameters for different products and containers can be stored and recalled, supporting faster and more consistent production changeovers.

The inline structure can be synchronized with upstream and downstream equipment to create a coordinated automatic packaging line.

It is a volumetric filling machine that uses a servo-controlled drive to regulate piston movement and dispense a measured quantity of product into each container.

Servo control provides precise piston positioning, programmable speed adjustment, smooth motion, convenient volume setting, and improved filling repeatability.

It can fill oils, sauces, syrups, creams, gels, detergents, lubricants, pastes, and many other liquid or viscous products.

Yes. Selected products containing soft or suspended particles can be filled with suitable rotary valves, wider passages, and customized nozzles.

The volume is adjusted by setting the piston stroke and related filling parameters through the control interface.

Yes. The servo system can accelerate or decelerate the piston at different stages of the filling stroke to match the product characteristics.

Yes. Multi-stage speed control and bottom-up nozzle movement can help reduce foam and maintain a cleaner filling process.

Positive shut-off nozzles, controlled piston reversal, and optional suction-back functions help stop residual product flow after filling.

Yes. The guide rails, filling-nozzle height, bottle sensors, positioning devices, and conveyor settings can be adjusted for different containers.

Yes. The piston capacity, filling range, nozzle quantity, valve structure, hopper, product-contact materials, conveyor dimensions, and line direction can be customized.