High-Speed Single-Lane Flat-Cutting SNUS Pouch Packaging Machine
The High-Speed Single-Lane Flat-Cutting SNUS Pouch Packaging Machine is a fully automatic solution integrating dosing, pouch forming, filling, and heat sealing in one compact production platform. Engineered for snus granules and powder, it is designed to maintain stable output, repeatable portion accuracy, and a clean pouch finish suited to retail presentation. The system adopts a Measuring Cup Backflow Metering structure to deliver consistent dosing while reducing scatter and material loss, making it well-suited for fine, flow-sensitive products. With a stainless-steel hygienic frame, PLC-based control, and an intuitive 7-inch touch screen, the machine supports efficient daily operation, quick parameter setup, and reliable long-run performance. The flat-cutting process and left-right side sealing create neat, uniform pouches with a clean back appearance (no pattern), helping manufacturers protect freshness and present a consistent brand image.
Product Features
High-speed single-lane output with stable sealing: Optimized motion control and a robust heat-sealing structure support continuous production at high speed while keeping seal integrity consistent across long shifts.
Measuring Cup Backflow Metering for accurate dosing: Designed to improve portion repeatability for snus particles, granules, and powder. The backflow metering concept helps reduce overfill, underfill, and spillage, improving yield and lowering raw-material waste.
Flat cutting for a clean, premium pouch profile: The flat-cut pouch finish improves uniformity and shelf appearance, supporting brands that require tidy edges and consistent presentation across batches.
“No-pattern back” with left-and-right sealing: The sealing form delivers a clean back side and dependable side seals, enhancing pouch aesthetics while supporting tight closure and freshness protection.
Hygienic stainless-steel construction: Built for daily cleaning and demanding plant environments. Stainless-steel contact and structural surfaces help meet hygiene expectations commonly required in snus handling and packaging areas.
PLC automation with touch-screen operation: A PLC control architecture combined with a 7-inch HMI enables quick recipe/parameter setup, speed adjustment, and production monitoring, reducing dependence on manual intervention and supporting fast changeovers.
Flexible industrial power options: Compatible with 220V/380V power configurations, enabling easier deployment across different regional electrical standards and factory infrastructures.
Technical Specifications
| Item | Specification |
|---|---|
| Machine Type | Automatic SNUS pouch packaging machine (single lane, flat cutting) |
| HMI (Touch Screen) | 7 inch |
| Control System | PLC control |
| Filling Type | Measuring Cup Backflow Metering |
| Applicable Product | Snus particles / granules / powder (as per sample) |
| Packaging Type | Pouch |
| Sealing Type | Heat sealing |
| Sealing Form | No pattern on the back; left and right sealed |
| Packaging Film Width | 120 mm |
| Dose / Bag | 0.4–0.6 g/bag |
| Packaging Speed | Up to 150 bags/min (single column) |
| Material | Stainless steel |
| Power Supply | 220V / 380V |
| Installed Power | 3 kW |
| Machine Dimensions (L×W×H) | 1200 × 800 × 1800 mm |
Application Fields
This machine is widely applied in snus packaging operations requiring fast output, stable quality, and accurate portion control:
SNUS pouch manufacturing lines: Supports automated forming, dosing, and sealing for standardized pouch formats, helping improve consistency and throughput.
Granule and powder portion packaging: Suitable for fine particles where clean filling, repeatable dosing, and reduced dust/spillage are critical to maintaining efficiency and product appearance.
Facilities upgrading from semi-manual packing to automation: Helps reduce labor intensity, improve line stability, and standardize pouch presentation across operators and shifts.
High-volume packaging workshops: Designed for continuous operation with reliable heat sealing and dependable metering performance to support large-scale production targets.
