Combination weighing
Combi weighers
Multi-head and combination weighing for pellets, granules, snacks, dry foods and other free-flowing products.
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Overview
A clean view of the available weighing and depositing options.
Each product page draws on the supplied technical details, but this overview gives buyers a fast commercial comparison before they dive deeper.
Powder dosing
Auger filling
Controlled screw filling for powders such as spices, coffee, seasonings and fine dry blends.
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Integrated bagging
Vertical form fill and seal
Integrated bag-making and filling systems for coffee, powders, granules, nuts, tea and similar dry product lines.
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Liquid sachet systems
Liquid form fill and seal
Compact sachet and stick-pack equipment for liquids, gels and other flowable products requiring neat sealed packs.
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Pre-made pouch handling
Pouch filling
Automatic pouch filling and sealing systems for pre-made pouches and stand-up packs across multiple product types.
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Final seal finishing
Pouch sealing
Dedicated pouch sealing equipment for finished packs where clean top seals and dependable presentation matter.
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Comparison table
Quick product selection guide.
| Machine | Range | Speed | Accuracy | Pack format | Best for |
|---|---|---|---|---|---|
| Weigh Filling Machine 100 | 5–100 g | Up to 10 packs/min | ±0.5–3 g | Pouches, sachets and jars | Coffee, tea, seeds, sachets and small hardware packs |
| Weigh Filling Machine 500 | 5–500 g | 5–10 packs/min | ±2–6 g | Pouches and jars | Granules, powders, grains, snacks and small parts |
| Weigh Filling Machine 1000 | 20–1000 g | 6–12 packs/min | ±5 g | Pouches, pre-made bags and small line integration | Snacks, pet food, popcorn, beans, seeds and hardware |
| Weigh Depositor Twin Head 5000 | 100–10000 g | 20–30 bags/min | 2–6 g | Bags, jars and container filling with dual-lane dosing | Coffee beans, grains, seeds, snacks, chemicals and hardware |
| Weigh Depositor 10000 | 50–9999 g | 5–10 packs/min | ±6 g | Pouches, sachets, jars and container fills | Powders, grains, seeds, spices, chemicals and hardware parts |
How to choose
Selection starts with product behaviour and pack format.
Tell us about the product
Product type, flowability and whether you are filling powders, granules, seeds, snacks or hardware.
Define the target dose
Required fill weight, acceptable tolerance and pack size.
Confirm the pack format
Pouch, jar, sachet, pre-made bag or downstream machine connection.
Set the throughput
Target packs per minute, workspace limits and discharge height requirements.
Beyond the machine
Part of a wider Lancing packaging offer.
The company information supplied with the project references filling, capping, labelling and full packaging systems. That wider capability is surfaced here to support higher-value enquiries.
Filling
Semi-automatic and automatic product handling for granules, powders and wider filling applications.
Capping & labelling
Part of the wider Lancing machinery capability referenced in the supplied company information.
VFFS & bagging
Integration support for weighing into form-fill-seal and downstream pack systems.
Complete lines
From compact semi-automatic solutions through to bespoke automated packaging lines.
Configuration questions
Questions to use when comparing multihead weigher configurations.
A useful machine comparison keeps the product, target, pack, test method and line interfaces constant. These questions help prevent a headline specification from being compared with a different operating condition.
How should two multihead weigher configurations be compared?
Compare them with the same representative product, target weight, pack opening and acceptance method. Record sustained finished-pack output, weight distribution, giveaway, visible product damage, waiting time and recovery after normal stops. A configuration that performs well on an easy sample may not represent normal production variation.
Which data should appear in a multihead weigher quotation?
The quotation should identify the proposed weighing configuration, product-contact arrangement, feed and discharge scope, controls interface, access assumptions and the product and pack conditions used for the recommendation. It should also distinguish supplied equipment from customer-supplied upstream or downstream machinery and state what still requires a trial.
Should the weigher, support frame and access be specified together?
Yes, where they form one installed system. Working height, safe access, cleaning access, product feed, discharge route and the position of the bagger or pouch machine can alter the practical layout. Treating the frame as a late addition can create avoidable drop-height, maintenance and operator-access problems.
What is sustainable output rather than headline speed?
Sustainable output is the finished-pack rate maintained with representative product and normal line conditions, including expected waits, refilling and routine stops. It is more useful than an isolated cycle rate because the upstream feed, weigher, timing hopper, packer, inspection and discharge equipment may each become the limiting stage.
Related guidance
Machine shortlist evidence
Compare models and technologies against the same production brief.
A machine list becomes commercially useful only when every option is assessed with the same product, target weights, pack format, output definition and acceptance method.
How do the Lancing weigh filling models compare?
The comparison page consolidates the figures already published in the current model pages and keeps approximate, typical and product-dependent wording intact.
When should a buyer compare auger filling with multihead weighing?
Use product flow, aeration, bulk density, piece size, dust, target weight and pack opening to choose the trial route rather than selecting from the product name alone.
What installation information changes the machine choice?
Working height, support, access, feed route, discharge path, utilities and control interfaces can rule out an otherwise suitable configuration.
What maintenance and spare-parts information belongs in the quotation?
Identify the exact installed configuration, product-contact parts, critical production items, documentation and support boundary before comparing lifetime scope.