Multi-lane sachet packing
Compare multi-lane VFFS machinery for small sachets and stick packs where a single-lane machine cannot meet the target output.
Specification focus
Multi-lane machines multiply output, but every lane still needs stable dosing, film tracking, sealing and cutting.
Multi-lane systems run several packs across the film web, making them useful for high-volume sachets and portion packs.
Different products need different dosing equipment across the lanes, including augers, cup/weighing systems or pumps.
Confirm sachet width, length, film roll size, lane count, dose accuracy, coding and downstream handling before choosing a multi-lane layout.
Relevant machinery and guides
High-speed multi-lane vertical form fill seal machinery for powder sachets, stick packs and small bag formats, with independent auger dosing across multiple lanes.
Model: LU-FSFM6 · Filling method: Auger filling · Voltage: AC220V/380V 50–60HzView machine details
A 12-lane vertical form fill seal system for granular products where many small packs need to be formed, filled, sealed and cut at speed.
Model: LU-FSL12 · Material: Granule · Film: Composite filmView machine details
Multi-channel liquid sachet machine for pump-filled portion packs, sauces, oils and low-viscosity liquid bagging applications.
Model: LU-FSMP8 · Filling method: Magnetic pump · Multi-channel VFFSView machine detailsBuyer questions
Multi-lane is considered when the target output is too high for a single-lane machine at the required pack size.
Yes, with suitable multi-lane auger dosing and dust-control consideration.
Yes, multi-channel liquid sachet systems can use pump filling for suitable products.
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A multi-lane test is more informative when samples remain traceable to their lane. Define how packs from each position across the web will be identified and collected for checking. Record the agreed quantity and seal observations per lane before combining them into an overall output result.
Review what happens after cutting. Packs may need counting, grouping or presentation to another process, and those tasks should be included in the integration brief. A combined machine rate does not establish that the intended downstream packing method can receive every lane continuously.
Yes, so retain lane-specific results and the test conditions. Use the agreed acceptance criteria for each lane as well as the combined production result.