Machine route
Linear weigh fillers
For free-flowing granules, seeds, beans, rice, pellets and small components.
View route →Buyer route
Weigh filler output and speed planning.
Estimate realistic packs per minute by looking at the product, target dose, pack format and automation level together.
Application planning
Weigh filler output and speed planning starts with the product behaviour, target fill weight, pack format and the output you need from the line.
This page is written for UK manufacturers, contract packers and production teams comparing practical dry-product filling routes before requesting advice. The aim is to narrow the shortlist before you invest time in a quotation.
Typical products include production teams setting realistic speed targets for new filling equipment. The final route depends on sample behaviour, pack handling, tolerance and how much operator involvement is acceptable.
Key planning points
- Output is not just the weighing speed; pack handling can be the bottleneck.
- Larger target weights need more product movement per cycle.
- Powders may need settling time while irregular products need careful combination weighing.
- Operator-assisted systems should be planned around realistic manual loading.
Routes to compare
Machine options worth checking.
Most dry-product projects are narrowed down by comparing these four routes against the product and pack.
Machine route
Multihead weighers
For higher-speed portioning of snacks, pet food, mixed products and irregular pieces.
View route →
Machine route
Auger fillers
For powders, fine ingredients, dry blends, spices, additives and controlled screw dosing.
View route →Machine route
VFFS weigh filling lines
For automatic bagging lines that form, fill and seal from roll film.
View route →| Decision | Why it matters | Useful detail to send |
|---|---|---|
| Product behaviour | Flow, dust, fragility, bulk density and particle size decide whether weighing or auger dosing is more practical. | Product name, sample details, dust level and whether it bridges or sticks. |
| Pack format | Pouches, bags, jars, tubs and boxes need different presentation, discharge height and finishing equipment. | Pack dimensions, opening size, closure or seal method. |
| Output target | The required packs per minute determines automation level, product feed and downstream integration. | Current speed, desired speed and target operator involvement. |
FAQ
Weigh filler output and speed planning questions.
Short answers for buyers comparing filling routes before requesting a machine recommendation.
What limits weigh filler speed?
Product flow, target weight, feeder size, pack handling, sealing and operator involvement can all limit speed.
Are automatic fillers always faster?
Usually they reduce labour and can increase output, but the full line must be balanced.
What output should I quote?
Give current production speed, desired speed and maximum acceptable operator involvement.
Send the product, target weight, pack format and output target.
That gives Lancing enough information to compare a linear weigher, multihead weigher, auger filler or integrated bagging line.
Output test
Measure accepted finished packs, not an isolated cycle.
Weigher output can be limited by product feed, trim time, pack presentation, sealing, checkweighing or operator handling. State the point at which packs per minute is measured.
| Cycle element | Typical constraint to observe | Evidence |
|---|---|---|
| Hopper refill | Starving, overfilling, density change or interruption during manual loading. | Level trend, refill events and weight drift. |
| Bulk and fine feed | Slow trim, excessive in-flight product, bridging or static. | Cycle timestamps, settings and weight distribution. |
| Discharge | Gate time, incomplete emptying, product tails or pack not ready. | Discharge-complete timing and lost product. |
| Pack handling | Operator presentation, pouch clamp, conveyor index or VFFS bagger cycle. | Accepted finished packs and missed presentations. |
| Inspection | Checkweigher spacing, reject recovery or downstream accumulation. | Reject count, line stops and buffer behaviour. |
Report a sustained run.
Agree the duration or quantity, use production product and packs, include normal refills, and record all stops. Report gross cycles, accepted finished packs, rejects and the reason for lost time. Keep the weight-distribution result tied to the same output setting.
Do not optimise speed by hiding variation.
Higher feeder settings can reduce cycle time but increase carry-over, product damage or seal contamination. Accept the fastest setting that meets the agreed weight, product-quality and finished-pack criteria.