Compressed-air liquid filling with a no-drip nozzle and three volume options
The Pneumatic Liquid Filler is an SVFA1-series machine for dosing liquid products into packaging in controlled quantities. It uses compressed air as its documented drive source. Each listed configuration has one no-drip filling nozzle, providing a clear starting point for applications where the target dose and a clean filling point are important. The series includes SVFA1-30P, SVFA1-50P, and SVFA1-100P. Their documented volume ranges, reference speeds, and equipment weights allow the machine to be considered around the normal fill size rather than a single maximum figure.
During operation, liquid moves through the listed PVC hose and check valve arrangement before it is dispensed through the single nozzle into the receiving package. Airtac pneumatic components are listed for all three configurations. The no-drip nozzle is part of the documented filling arrangement; its practical result depends on the liquid, the selected dose, container position, and operating procedure. Begin with the actual liquid and package requirement rather than selecting a Pneumatic Liquid Filler only by the highest stated speed.
SVFA1-30P is listed for 30–250 ml fills, with a reference filling speed of 10–30 bags per minute and a weight of 55 kg. SVFA1-50P is listed for 50–500 ml, with a reference speed of 8–25 bags per minute and a weight of 75 kg. SVFA1-100P is listed for 100–5,000 ml, with a reference speed of 6–20 bags per minute and a weight of 80 kg. Each Pneumatic Liquid Filler configuration has one no-drip filling nozzle and a listed accuracy of ±1%.
| Item | SVFA1-30P | SVFA1-50P | SVFA1-100P |
|---|---|---|---|
| Filling volume | 30–250 ml | 50–500 ml | 100–5,000 ml |
| Reference filling speed | 10–30 bags/min | 8–25 bags/min | 6–20 bags/min |
| Weight | 55 kg | 75 kg | 80 kg |
| Filling nozzle | 1 no-drip nozzle | 1 no-drip nozzle | 1 no-drip nozzle |
| Listed accuracy | ±1% | ±1% | ±1% |
The listed speed figures use a 100 ml fill of a medium-viscosity product, such as shampoo or oil. That reference condition provides useful context: a liquid with different viscosity, a different container, or a substantially different dose can change the practical filling rhythm. Product feed, package positioning, and the handoff after filling also influence the process.
Each model has one no-drip filling nozzle. This feature is relevant where controlled dispensing and package presentation need attention. The nozzle works with the liquid, container, and selected filling condition, so its use should be aligned with the proposed package and normal dose.
Compressed air is the listed drive method for SVFA1-30P, SVFA1-50P, and SVFA1-100P. Before installation, confirm that the available air supply and work area suit the planned setup. The product information also identifies Airtac pneumatic components, PVC hose, and a check valve.
The SVFA1 configurations give the Pneumatic Liquid Filler three documented ranges: 30–250 ml, 50–500 ml, and 100–5,000 ml. A smaller-volume task may be discussed around SVFA1-30P, while SVFA1-100P provides the broadest listed range. Select the range around the usual fill quantity, not only the highest capacity.
Stated speed is not the only factor affecting practical output. Liquid supply, package placement, and downstream transfer conditions all influence the filling cycle. Read the listed ranges with the 100 ml medium-viscosity reference condition in mind when reviewing a Pneumatic Liquid Filler for a specific task.
The Pneumatic Liquid Filler can be considered where the proposed dose falls within a documented SVFA1 range and the package is suitable for single-nozzle filling. Shampoo and oil are used in the source material as examples of medium-viscosity products for the reference speed condition. These examples give context for the data; the final configuration should correspond to the actual liquid and fill requirement.
For personal-care or household liquid packaging, the Pneumatic Liquid Filler may be relevant when the target quantity, container opening, and liquid behavior are defined. The no-drip nozzle can be useful where attention to the filling point and finished package appearance is needed. For oil or another liquid product, match the model to the normal dose. If the material foams, has a different viscosity, or requires a particular feed method, include that information in the configuration discussion.
Where filling is followed by sealing, capping, or another closing operation, the Pneumatic Liquid Filler is one station in the product flow. Incoming liquid supply, receiving-package dimensions, and the sequence after filling affect the arrangement. Confirm the final layout, cleaning method, upstream supply, and downstream interface for the individual application.
Start with the required fill volume. The three Pneumatic Liquid Filler configurations cover 30–250 ml, 50–500 ml, and 100–5,000 ml. Next, compare the documented reference speeds and weights with the available workspace and expected process sequence. SVFA1-30P has the highest listed reference-speed range, while SVFA1-100P has the broadest listed filling range. The usual fill volume and liquid condition remain central to the selection.
Container placement and receiving-package timing are practical factors because each configuration has one nozzle. If a downstream sealer, capper, or closing station is used, coordinate the station handoff before treating the filler’s reference speed as the rate of the complete line. This links the specification to the real filling task.
ECHO offers the Pneumatic Liquid Filler within its packaging machinery range. For a focused inquiry, provide the liquid type, normal fill volume, package details, expected operating rhythm, compressed-air availability, and the steps before and after filling. This information connects the documented nozzle, volume range, compressed-air drive, and reference-speed data to the intended process.
The product information provides three SVFA1 configurations, one no-drip nozzle per configuration, compressed-air drive, Airtac pneumatic components, PVC hose, a check valve, and listed accuracy of ±1%. Contact ECHO to discuss which documented range matches your liquid filling application and packaging sequence.
SVFA1-100P has the broadest documented range, from 100 to 5,000 ml. Consider the usual fill volume and liquid condition when selecting a Pneumatic Liquid Filler.
Yes. Compressed air is listed as the drive source for all three SVFA1 configurations.
The reference speeds are stated for a 100 ml fill of a medium-viscosity product, such as shampoo or oil. Actual use can depend on liquid properties, dose, package handling, and coordination with subsequent equipment.
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