Solution References

Application configuration examples

Production LinesApplication example

inline liquid filling machine

USA

A buyer needed a configuration review based on product, container, output and documentation scope.

A reference configuration can be reviewed after RFQ details are submitted.

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Scope
High-Speed LinesApplication example

inline liquid filling machines

Europe

A buyer needed a configuration review based on product, container, output and documentation scope.

A reference configuration can be reviewed after RFQ details are submitted.

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Scope
IndustrialApplication example

inline filling machine manufacturer

Germany

A buyer needed a configuration review based on product, container, output and documentation scope.

A reference configuration can be reviewed after RFQ details are submitted.

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Inline Filling Systems — HEMUfill

inline filling systems

Inline Filling Systems

Inline filling systems: 2–16 fill heads, conveyor-fed, 500–20,000 containers/hr. Servo piston, peristaltic or flow meter. Bottles, jars, cans, pouches. Food, chemical, cosmetic and pharmaceutical applications. documentation reviewed.

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Custom
Application Review
after scope review
Engineer Response
Line Fit
Configuration Review
2–16 Heads
Configuration Range

Why Choose HEMUfill Inline Filling System

⚙️

Modular 2–16 Head Scaling

Add head pairs incrementally as production grows — 2, 4, 6, 8, 10, 12, to 16 heads — on the same base conveyor frame. Each head pair upgrade is bolt-on without replacing the machine frame, protecting your original capital investment and minimizing downtime.

🔄

Swap Fill Principles in 30 Min

Interchangeable fill head modules: piston, peristaltic, gear pump, or electromagnetic flow meter — all mount on the same inline frame. Change from water to sauce to cream to chemical without buying a new machine. Single inline system replaces 4 dedicated fillers.

📊

Real-Time OEE + SCADA Ready

Built-in OEE dashboard logs actual vs. target fill count per head per shift. PLC data exports to CSV; integrates with SCADA via OPC-UA or Modbus TCP. Identify underperforming heads before they cause production losses.

Technical Specifications

configurationInline (in-line) linear conveyor-fed filling system
fill heads2 · 4 · 6 · 8 · 10 · 12 · 16 heads
fill range5 ml – 20,000 ml per container
filling principleServo piston · Peristaltic · Flow meter · Gear pump
accuracyby RFQ
speed20 – 300 fills/min (head count and volume dependent)
container typesBottle · Jar · Tub · Can · Pouch · Drum (5L–200L)
controlPLC + 10" HMI touch screen; 200+ product recipes
integrationUnscrambler · Capper · Labeller · Checkweigher · Coder
materialSUS304 frame; SUS316L product-contact; ATEX option
footprintCompact inline layout; no carousel required
documentationScope-reviewed documentation

Applications

Beverage & Water Bottling Lines
Sauce & Condiment Production
Personal Care & Cosmetics
Chemical & Industrial Liquid
Pharmaceutical Oral Liquid
Edible Oil Bottling
Dairy & Juice Production
Drum & IBC Filling

FAQ

What is an inline filling system?▼
An inline filling system fills containers moving in a straight line on a conveyor belt. Fill nozzles are mounted above the conveyor in a fixed or indexing station. Containers enter from one side, stop under the nozzles, receive a measured fill, then exit. Inline systems are the most common configuration for production lines handling 2–16 fill heads. They are more flexible and lower cost than rotary systems, with faster changeover between container formats and product types.
What is the difference between an inline and rotary filling system?▼
Inline filling systems: containers move in a straight line and stop under fixed nozzles. Lower capital cost, flexible for multiple container types, easy format changeover. Best for 500–15,000 containers/hr. Rotary filling systems: containers move on a spinning carousel and are filled continuously in motion. Higher throughput (up to 60,000+ containers/hr) for single-product, high-speed dedicated lines. Higher cost and longer changeover. Choose inline when you need flexibility; choose rotary when you need maximum throughput on a single high-volume product.
How many fill heads should an inline filling system have?▼
2-head inline: 500–1,500 containers/hr (pilot or small batch). 4-head inline: 1,500–4,000 containers/hr (small to medium production). 6-head inline: 3,000–6,000 containers/hr (medium production). 8-head inline: 4,000–10,000 containers/hr (medium-large production). 12-head inline: 6,000–15,000 containers/hr (large production). 16-head inline: 10,000–20,000 containers/hr (high-volume). The required head count depends on fill volume, liquid viscosity and target throughput. Share your requirements and we will recommend the optimal configuration.
What liquids can an inline filling system handle?▼
Inline filling systems handle water-thin liquids (water, juice, alcohol — <100 cP), medium-viscosity liquids (sauces, shampoo, lotion — 100–10,000 cP), viscous products (honey, gel, cream — up to ~100,000 cP with heated hopper), and particulate-laden liquids (chunky sauces, pulp juice — with wide-bore piston or rotary valve). Different fill principles (piston, peristaltic, flow meter, gear pump) are selected based on viscosity and product sensitivity. Specify your liquid and we will recommend the right fill principle.
What is the investment for an inline filling system?▼
Inline 2-head filling system (basic, 30ml–2,000ml): scope-based quotation. Inline 4-head filling system with conveyor and controls: scope-based quotation. Inline 8-head servo filling system: scope-based quotation. Complete inline filling line (fill + cap + label + coder): scope-based quotation. Inline pharmaceutical or ATEX filling system: scope-based quotation. Prices vary by fill principle, number of heads, container type and line integration. Contact us with your container, liquid and target throughput for an accurate quotation.

Get a Free Inline Filling System Quote

Share your container type, fill volume, liquid type and target throughput. Engineers respond after scope review.

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