Set ml directly on HMI
Servo control sets volume without timing—quicker recipe changes.
Automatic filling machines
Automatic Peristaltic Filling Machine
Servo‑controlled peristaltic filler with touch HMI. Dosing volume is set directly on the screen—no need to time the fill. Four peristaltic channels keep product inside disposable tubing for rapid changeovers.
- Set ml directly on HMI
- Peristaltic hygiene
- Max flow 2.4 L/min × 4
- 10–20 BPM @100 ml
Key features
Built for practical production use.
Peristaltic hygiene
Liquid only contacts the hose; swap tubing for changeovers.
Max flow 2.4 L/min × 4
Suitable for small bottles and healthcare liquids.
10–20 BPM @100 ml
Throughput varies by product and dose.
Custom head counts
Configure heads to match your rate today and tomorrow.
Chain conveyor & photoeye
Stable transfer and automatic bottle detection.
Technical information
Specifications.
Performance varies by product, container and setup. Ask for a timed trial or specification review.
| Model | LUSVPP80C |
|---|---|
| Pump type | Peristaltic |
| Recommend range | ≈10–500 ml |
| Max flow | ≈2.4 L/min × 4 |
| Working capacity | ≈10–20 BPM (100 ml water) |
| Container window | Ø20–100 mm; H 50–300 mm |
| Voltage | 110/220 V, 50–60 Hz |
| Power | ≈2 kW |
| Air connector | OD 8 mm |
| Machine size | ≈2000 × 800 × 1800 mm |
| Package size/weight | ≈2070×800×1740 mm; ≈251 kg |
| Materials | Food/healthcare compatible (hose‑contact) |
Applications
Typical uses.
Cosmetics & personal care
Skin toner, perfume make‑up removers.
Beverage shots
Energy shots and small PET bottles.
Laboratories
Solvents and reagents (compatibility dependent).
What is included
Specification, machine supply and support.
- Main machine with 4 peristaltic channels
- Touchscreen HMI & photoelectric bottle sensor
- Chain conveyor
- Operation manual
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View detailsApplication and acceptance guidance
Control tubing, priming and channel balance on the automatic peristaltic filler.
This automatic machine uses four peristaltic channels and keeps product within the replaceable tubing path. The arrangement can support clean changeovers and controlled doses for compatible liquids, but the tube specification, source height and priming method are part of the metering system. They should be fixed in the production setup rather than treated as incidental consumables.
The existing page gives a recommended range and reference performance. Confirm the required application with the actual tube, liquid, container and nozzle. Small doses are especially sensitive to bubbles, tube variation and end-of-fill settings, while higher flow can be constrained by suction conditions and nozzle restriction.
Lock the tube specification
Record material, bore, wall, length, routing and replacement reference. Chemical compatibility and mechanical recovery must both be suitable. Verify fills after tube replacement or a changed routing.
Control the source
Minimise unplanned suction lift and air entry. Define source vessel, connection, filter and refill level so all channels prime consistently and remain supplied through the batch.
Verify channel balance
Set the dose on the HMI, then sample each channel separately. Adjust using the approved calibration method and recheck after warm-up, a pause and any tube change.
Specification and trial evidence
Peristaltic machine trial stages.
Use the proposed production tube and nozzle throughout the test.
| Selection point | What to define or test | Why it matters |
|---|---|---|
| Tube fit | Install the specified tube with repeatable routing and compression | Creates the intended metering geometry. |
| Prime | Remove visible air and confirm stable product at every nozzle | Prevents compressible bubbles affecting dose. |
| Calibrate | Measure every channel at the required fill quantities | Confirms individual head settings. |
| Run continuously | Observe source level, tube movement, nozzle drip and container handling | Tests sustained operation rather than isolated shots. |
| Pause and restart | Hold for a representative stop and restart normally | Checks delayed drip, drainage and the first fills after a pause. |
| Change product path | Replace or clean the tube and verify the restored setup | Measures practical changeover and post-maintenance control. |
Buyer questions
Questions to resolve before the specification is fixed.
Why does tube specification matter?
The rollers displace product by compressing the tube, so bore, wall, material and recovery influence the amount moved per cycle. Use the approved tube and verify replacements.
How are four channels kept equal?
Prime and calibrate each channel individually, then check them together under the same source and nozzle conditions. Retain head-specific adjustment values where used.
What can cause bubbles?
Loose connections, excessive suction lift, low source level, vortexing or air already in the product can introduce bubbles. The source and priming procedure should be part of the trial.
Can the machine fill viscous liquid?
Suitability depends on viscosity, tube, suction, dose and required rate. Test the actual product; a piston or another positive-displacement method may be more practical for some thick liquids.
How is changeover verified?
Install the new or cleaned product path using the documented route, prime, calibrate and approve the first fills before releasing production.
What should be included in acceptance?
Include tube identity, product temperature, source arrangement, each channel’s results, nozzle cleanliness, output conditions and stop/restart checks.