4 filling heads
Compact footprint with strong throughput.
Automatic filling machines
Automatic Volumetric Filling Machine
Four‑nozzle automatic piston filler for honey, sauce, cream and lotion. Choose the appropriate cylinder module for your fill size.
- 4 filling heads
- Volumetric modules
- Anti‑drip nozzles
- HMI control
Key features
Built for practical production use.
Volumetric modules
5–100 / 10–300 / 50–500 / 100–1000 / 500–3000 / 1000–5000 ml.
Anti‑drip nozzles
Clean finishes and less rework.
HMI control
Simple numeric volume entry.
Bottle detect
Reliable auto cycle and less spillage.
Stainless construction
Food/beauty friendly surfaces.
Technical information
Specifications.
Performance varies by product, container and setup. Ask for a timed trial or specification review.
| Head count | 4 |
|---|---|
| Volume modules | 5–100 to 1000–5000 ml |
| Method | Piston volumetric |
| Accuracy | ≤±1% (ref.) |
| Media | Paste and liquids |
| Options | Heated hopper, mixer |
| Voltage | 110/220 V, 50–60 Hz |
| Air | 0.4–0.7 MPa typical |
| Conveyor | Integrated chain conveyor |
| Controls | Touchscreen HMI + sensors |
| Materials | Stainless steel contact parts |
| Cleanability | Tool‑less disassembly |
Applications
Typical uses.
Food
Honey, sauces, condiments.
Cosmetics
Creams, lotions.
Household
Detergents and gels.
What is included
Specification, machine supply and support.
- 4‑nozzle filler with conveyor
- HMI and sensor set
- Nozzle kit
- User manual
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View detailsApplication and acceptance guidance
Prove the four-head piston process across the required product and fill range.
This machine uses a piston-volumetric method with four filling heads. It is a candidate for liquids and pastes where positive displacement and controlled nozzle shut-off are appropriate. Final suitability depends on how consistently the product enters each cylinder, whether valves and nozzles pass the product, and whether the selected volume module covers the required fills without impractical stroke settings.
The product trial should use the intended hopper or feed arrangement and the actual container. Test the lowest and highest required fills, the most viscous product condition and any particles or aeration. Record each head separately so a combined average cannot conceal a head that needs different adjustment or maintenance.
Select the volume module
Compare minimum, normal and maximum fills with the existing module choices shown on this page. Confirm calibration sensitivity, suction and discharge time at both ends of the range. A different module may be preferable when one application spans widely separated quantities.
Stabilise product feed
Viscous products may need a controlled hopper level, agitation, temperature management or an assisted feed. Record those conditions in the recipe or operating method so the cylinders refill consistently as the batch progresses.
Tune the nozzles
Use the anti-drip arrangement with a fill profile suited to splash, foam or product strings. Check nozzle clearance, shut-off, any suck-back and the cleanliness of the neck and container exterior after repeated fills and stops.
Specification and trial evidence
Recommended trial sequence for this volumetric filler.
The published specification remains subject to product, pack and setup. The following trial sequence connects it to the intended application.
| Selection point | What to define or test | Why it matters |
|---|---|---|
| Prime and balance | Prime all product paths and confirm no trapped air before calibration | Creates a comparable starting condition for all four heads. |
| Calibrate each head | Measure a consecutive sample from every nozzle using the agreed method | Identifies head-to-head bias before assessing combined output. |
| Test fill range | Run minimum, normal and maximum required quantities | Confirms the selected cylinder module remains practical throughout the application. |
| Challenge product | Use the coldest or most viscous approved condition and representative particles | Tests valve passage, cylinder refill and cycle time. |
| Stop and restart | Pause with product in the circuit, then restart using the normal sequence | Reveals delayed drip, settling and restart variation. |
| Clean and reassemble | Complete the proposed clean-down and verify the first approved fills afterward | Confirms changeover access and restoration of the validated setup. |
Buyer questions
Questions to resolve before the specification is fixed.
What products should be sampled?
Provide the most viscous approved condition, the thinnest product if the same machine will fill both, and any representative particles. Include enough product for priming, repeated fills and cleaning observations.
How are the four heads calibrated?
Each head should be measured individually, adjusted as required and then checked in the combined production sequence. Retain the product condition, settings and results.
Can one cylinder module cover every fill?
That depends on the stated range and the practical stroke at the minimum and maximum. Compare module or change-part options where the required range is wide.
What affects fill time with thick product?
Product temperature, suction path, hopper level, piston speed, valve passage, nozzle diameter and dose all contribute. The intended feed arrangement should be used in the trial.
How is stringing reduced?
Positive nozzle shut-off, controlled end speed, suck-back where appropriate and nozzle withdrawal timing can help. Tune with repeated fills and line stops.
What acceptance data should be retained?
Keep individual head results, target and tolerance, measurement instrument, product temperature, container, recipe, operating state and reasons for any rejected fills.