Powder feeding
A screw or vacuum feeder may reduce manual hopper loading, but capacity and filter/agitation behaviour depend on the powder and layout.
View detailsLancing LU-FM750F
LU-FM750F floor-standing semi-automatic servo auger filler for larger powder fills and modular packing lines.
A single-head, operator-fed auger filling platform with a nominal 50 litre hopper and interchangeable tooling for dry powders packed into pouches, bags or compatible containers.
- Hopper
- Approximately 50 litres
- Tooling windows
- 5 g to 5,000 g by auger change
- Operation
- PLC touchscreen and foot-pedal cycle
Direct answer
What is the Lancing LU-FM750F semi-automatic auger filler?
The Lancing LU-FM750F is a floor-standing, single-head servo auger powder filler with a nominal 50 litre hopper. An operator presents each pouch, bag or compatible container beneath the filling nozzle and starts the approved cycle using the touchscreen controls or foot pedal.
The platform has published auger-tooling windows from 5 g to 5,000 g. Each window requires the appropriate screw, filling tube, nozzle and recipe, and the practical result must be verified with the actual powder and pack. The machine can remain standalone or form the filling stage of a modular line with product feeding, sealing, coding or inspection.
Good initial fit
- Larger pouches, bags or compatible containers
- Fill ranges that require several auger sets
- Food, ingredient and similar dry powders subject to trials
- A larger hopper and floor-standing work area
- Modular feeder, sealer, coder or metal-detection projects
Verified model data
LU-FM750F reference specification
Published values are a starting point for project engineering and product trials.
| Specification | Reference model data | Application note |
|---|---|---|
| Machine format | Floor-standing single-head semi-automatic servo auger filler | Operator presents and removes the pack |
| Hopper | Approximately 50 litres | Agitation and refill method are selected for the powder |
| Published tooling windows | 5–50 g; 50–300 g; 300–1,000 g; 1,000–5,000 g | Auger and recipe change are required between windows |
| Indicative operator-cycle output | Approximately 1–8 fills per minute | Depends on fill weight, powder flow, pack handling and settling |
| Reference accuracy | Supplier reference approximately ±1% | Final result depends on trials, tooling, density and weighing arrangement |
| Controls | PLC touchscreen with foot-pedal operation | Approved recipes should identify installed tooling and checking method |
| Weighing | Optional or integrated feedback arrangement depending on configuration | Not automatically an inline checkweigher or legal-for-trade scale |
| Utilities | 110 / 220 / 380 V variants, 50–60 Hz; approximately 2.2 kW | Final UK supply and site services are confirmed for the project |
Tooling selection
How the published fill windows should be used.
The target dose should sit comfortably within a verified tooling window after accounting for product density and pack volume.
| Published window | Typical selection task | What still requires a trial |
|---|---|---|
| 5–50 g | Small doses using a correspondingly small auger and filling tube | Cut-off, dust, low-dose repeatability and pack opening |
| 50–300 g | Medium fills into pouches, jars or compatible containers | Bulk-density variation, headspace and settling |
| 300–1,000 g | Larger retail or ingredient packs | Cycle time, support, fill height and product feed |
| 1,000–5,000 g | Large pouches or bags where product volume permits | Bag support, hopper refill, settling and operator transfer |
Modular line options
Build the filling station around the real production sequence.
Weighing feedback
A separate or integrated weighing step can support setup and verification when the process requires it.
View detailsSealing, coding and inspection
Filled pouches can be transferred to a band sealer, coder, metal detector or other approved downstream stage.
View detailsChangeover and cleaning
Plan the product-contact change before selecting the tooling set.
A broad fill range is only useful when the site can control the mechanical and recipe change safely and repeatably.
| Change task | Planning point |
|---|---|
| Isolate and empty | Define safe isolation, residual-product removal and dust-control measures |
| Remove tooling | Identify the approved auger, tube, nozzle and contact parts for each range |
| Clean and inspect | Use the site-approved method and check for wear, damage or retained product |
| Reassemble | Confirm correct part identity, alignment, fasteners and guarding before startup |
| Select recipe | Match the installed tooling to the correct stored settings |
| Verify production | Produce and weigh startup samples before releasing saleable packs |
Buyer questions
Common questions about the LU-FM750F.
Can one LU-FM750F fill from 5 g to 5 kg without changes?
No. The published envelope is divided into tooling windows, and each range uses the appropriate auger and related parts. Product density and pack volume can narrow the practical range further.
What limits the finished-pack output?
Output depends on the auger dose time, fill weight, powder flow, hopper condition, operator presentation, pack settling, weighing and the downstream sealing or closing step.
Can the hopper be filled automatically?
A suitable feeder can be integrated, subject to powder trials, conveying route, capacity, filter condition, level control and the effect of refill on product condition in the filling hopper.
Does weighing feedback guarantee the final weight?
No. Weighing feedback supports setup or correction, but the complete result still depends on stable product feed, correct tooling, measurement quality and the approved control procedure.
Can the LU-FM750F be used for food powders?
Dry food and ingredient powders can be considered subject to product trials, required hygienic construction, cleaning method, site risk assessment and final application approval.
Specification basis and project boundary
Specification basis: Lancing technical specification and quotation records reviewed 20 August 2026. Values shown are reference machine data, not a guarantee for every powder, dose or pack. Final construction, tooling, utilities, output and fill performance are confirmed after product, pack and application approval.
Representative samples should be used to verify bulk density, flow, dust, aeration, bridging, cut-off, pack clearance and the agreed checking method before final specification.
Related model platforms
Continue the model-selection process.
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View detailsCompare all Lancing models
Use the verified model hub to compare pack handling, dose envelope and automation level.
View detailsSend the powder, pack and target-fill details.
Include representative product and pack samples, required fill range, expected batch size, target output, available space and any feeding, sealing, capping, coding or checking requirements.