Filling equipment from China · Allot Tech
Automatic Linear Filling Lines: Modules, Output & Integration
An automatic linear filling line combines a suitable dosing method with container transport and the finishing steps you need. Specify the module interfaces and accepted pack output as carefully as the filler itself.
Build only the operations the project needs
| Operation | Equipment or interface | Clarify before pricing |
|---|---|---|
| Product supply | Existing tank or a quoted hopper/pump connection | Inlet condition and responsibility for stable feed |
| Empty-container infeed | Manual loading, unscrambler or another feed arrangement | Orientation, container stability and buffer |
| Filling | Piston, pump, net-weight or another suitable method | Product, dose, heads, indexing and complete cycle |
| Closing | Cap feeding and the required capping/sealing method | Closure samples, change parts and quality checks |
| Marking and labels | Coder and labeler as specified | Label type, position, coding data and line speed |
| Inspection and discharge | Defined inspection/reject and packing handoff | What is checked, rejected, counted and accepted |
A linear line is more than the filler cycle
Some inline fillers stop a group of containers; other arrangements track moving containers. Specify the intended motion. Indexing, locating the bottle, lowering nozzles, dispensing, cutoff and release can all contribute to the cycle.
For a synchronized indexing example, four heads and a complete six-second cycle give a theoretical 40 bottles/minute before losses. That example says nothing about a particular product until the complete cycle has been demonstrated. Use the head-count calculator with the actual trial cycle and explicit production-time assumptions.
Make the interfaces visible in the scope
| Interface | Required answer |
|---|---|
| Filler to capper | Transfer height, container pitch, accumulation and capper capacity |
| Downstream stop | Which machines stop, how product delivery is inhibited and how restart occurs |
| Container missing or misplaced | Detection, no-fill action, recovery and reject handling |
| Supply interruption | Low product condition, operator indication and restart checks |
| Inspection and count | Location of accepted-pack counting and definition of rejects |
| Changeover | Parts, adjustments, recipe settings, tools and first-pack verification |
When a linear configuration is worth comparing
Consider an inline arrangement when separate modules, access or a changing mix of formats matter. It is not automatically cheaper, smaller or more flexible than a rotary alternative. Compare the exact product range, acceptable output, operators, utilities and floor plan on both proposals.
If an existing capper or labeler is retained, identify its real output for each format. A faster filler cannot remove a downstream limit. Agree responsibility for integration, control signals and any changes to the existing equipment.
Accept the cell using finished packs
- Run the agreed product and the difficult package formats through all quoted modules.
- Record good packs leaving the defined endpoint, rejects, stops and interventions.
- Separate stable-run speed from changeover and planned non-production time.
- Demonstrate a downstream stop and controlled recovery under an agreed safe procedure.
- Record cleaning/changeover steps and the first acceptable pack after restart.
Continue your equipment specification
Discuss the scope you need
Allot Tech helps international buyers specify and source filling and packaging equipment from China. Send the product, pack size, closure, required good output and destination to discuss a suitable equipment scope.