Coffee & tea
Beans, loose‑leaf, sachets.
Technical specifications
Headline specifications for Weigh Filling Machine 100.
Typical applications
Where this machine fits best.
Snacks
Seeds, small nuts (size permitting).
Hardware
Small parts and fasteners.
What's included
- Main weighing base
- Hopper
- Outlet/funnel kit
- User manual
Sizing the solution
Information to include with your enquiry.
Using the structure already present in the supplied product pages, the site prompts buyers to send better application data from the start.
- Product flowability and target dose
- Pack style (pouch/jar) and spout size
- Throughput requirement (packs/min)
- Space and discharge height
Related machines
Back to all machines
Continue exploring the range.
Combination weighing
Combi weighers
Multi-head and combination weighing solutions for accurate dry product portioning.
Powder dosing
Auger filling
Controlled screw filling for powders, spices, coffee and fine dry blends.
Integrated bagging
Vertical form fill and seal
Integrated bag-making and filling systems for dry products and free-flowing goods.
Liquid sachet systems
Liquid form fill and seal
Compact sachet and stick-pack equipment for liquids, gels and flowable products.
Pre-made pouch handling
Pouch filling
Automatic pouch filling and sealing systems for stand-up and pre-made packs.
Final seal finishing
Pouch sealing
Dedicated pouch sealing equipment for finished packs and dependable final presentation.
Operating questions
Questions about the weighing calculation, hopper population and discharge cycle.
These questions explain why the calculation cannot be separated from the physical product path. The controller can only choose from the portions that the feed system has created and made available at that moment.
What is the combination calculation trying to achieve?
The calculation compares the available hopper weights and selects a permitted combination that approaches the target under the configured rules. It does not correct poor feeding by itself. The quality of the result depends on having enough useful, repeatable portions in the hoppers and on the agreed tolerance and discharge logic.
Why does the average portion in each hopper matter?
The hopper portions need to be small and varied enough to create useful combinations without being so light or unstable that the feed cycle becomes inefficient. If most hoppers are empty, overloaded or nearly identical, the controller has fewer practical choices. Feed amplitude and distribution should be tuned against the real product and target.
Can software settings fix poor product distribution?
Settings can refine vibration, timing and control behaviour, but they cannot remove every mechanical or product limitation. An uneven bulk feed, bridging product, unsuitable tray geometry or excessive retained product may require a change to the feed arrangement or contact surfaces. The symptom should be observed before increasing vibration indiscriminately.
What is a retained or booster hopper used for?
A retained or booster hopper is an additional storage position used in some combination-weighing arrangements to keep an already weighed portion available for later calculations. Whether it is useful depends on the application and machine design. It should not be assumed to improve every target or product without a representative trial.
When can a timing hopper help below a multihead weigher?
A timing hopper can buffer a completed dose close to the downstream machine until that machine is ready. It can reduce the final transfer distance and separate the weighing cycle from part of the packer cycle, but it also adds a gate, control sequence and cleaning point that must be included in the acceptance test.
Related guidance
Application review
Review the product path before choosing the configuration.
A useful review includes the normal product range, target weights, pack opening, output and line-control sequence.
Request a configuration reviewAccuracy and output evidence
Define how weight control and sustainable output will be measured before comparing claims.
Accuracy, giveaway and throughput are related but different results. A useful acceptance method records ordered pack weights and the conditions under which they were produced, while also checking product quality and the complete packing-line cycle.
| Measure | What it answers | Conditions to record |
|---|---|---|
| Target and tolerance | What result is commercially acceptable for each pack | Declared target, permitted limits and applicable site/market requirements |
| Mean weight | Whether the process average is above, below or close to target | Ordered sample, scale/check method and product batch |
| Minimum and maximum | The observed spread during the test period | Sample size, stops, restarts and whether any result was excluded |
| Giveaway | How much product is added above the agreed target or process basis | Calculation method and treatment of rejects or incomplete cycles |
| Good finished packs per minute | The sustainable line output rather than the theoretical weighing cycle | Feed, bagger/pouch machine, inspection, operator work and short stops |
| Product quality | Whether the weighed and discharged product remains acceptable | Breakage, coating loss, segregation, scuffing and pack presentation |
Is accuracy the same as product giveaway?
No. Accuracy describes how results compare with the agreed target or reference, while giveaway describes excess product above the chosen basis. A process can show a narrow spread but still run with an unnecessarily high average, so both need to be reported.
Why can headline weighing speed differ from finished-pack output?
The weigher may wait for product, a timing hopper, a bagger or pouch machine. Pack opening, sealing, inspection, operator handling and short stops can determine the real line rate. Record good finished packs over a representative period.
How large should the acceptance sample be?
The sample size should be agreed before testing and be large enough to expose normal refill, product variation, stops and restarts. There is no universal number for every project; use the commercial, quality and regulatory context of the actual pack.
Can installation affect weighing performance?
Yes. Product feed, support, vibration, contact, access, drop height and packer timing can all affect the finished result. Use the installation and site-preparation guide before the interface is frozen.
Acceptance brief
Send the test method with the product and pack.
Include the target, tolerance, sample size, output definition, product-quality checks and the intended downstream machine.
Request an acceptance review