Automatic Bag Packing Machine (DS260) — High-Speed Weighing Pouch Filling for Bulk Materials
The DS260 Automatic Bag Packing Machine is a weighing-based pouch filling and bagging system engineered for fast, stable, and repeatable packaging of bulk materials. Designed to support continuous production, it integrates accurate dosing with reliable pneumatic actuation to deliver consistent bag quality across long shifts. With optional single-head or double-head configurations and an output of 30–50 bags per minute, the DS260 helps manufacturers scale throughput while keeping fill accuracy under control and reducing giveaway. It is widely selected for demanding materials such as charcoal powder and activated carbon, and it can be adapted to a broad range of powder, granule, and selected liquid products. Compatible with multiple bag sizes, the DS260 supports flexible SKU changes and market-driven packaging formats, making it a practical choice for facilities that require both productivity and process consistency.
Product Features
High-speed performance for industrial lines: Rated at 30–50 bags/min, the DS260 is built to reduce packaging bottlenecks and maintain stable output in high-throughput operations.
Weighing-based filling for consistent results: The weighing mode targets reliable net weight control, improving batch uniformity, lowering overfill risk, and helping reduce material waste and cost variance.
Configurable single or double head structure: Choose a single-head layout to save footprint and simplify integration, or a double-head structure to boost capacity and match higher production targets.
Broad pouch size compatibility: Supports bag specifications from L 50–300 mm and W 50–210 mm, enabling flexible packaging formats for different product lines and retail/industrial requirements.
Multi-material adaptability: Suitable for powders, particles, and selected liquids, allowing one platform to serve diverse applications and accommodate production scheduling changes.
Stable pneumatic control: Designed for 0.7 MPa compressed air, delivering consistent actuator response and reliable cycle timing in typical plant environments.
Packaging-ready output quality: Built to provide clean, controlled filling that supports downstream processes such as sealing, coding, and carton packing with reduced rework.
Built for broad industry use: Commonly deployed in food, chemical, fertilizer, grain, and related processing sectors where efficiency, repeatability, and controlled filling are essential.
Technical Specification Parameters
| Parameter | Specification |
|---|---|
| Product Name | Automatic Bag Packing Machine |
| Model | DS260 |
| Brand | Pack Mate |
| Production Rate | 30–50 bags/min |
| Filling Mode | Weighing |
| Package Volume | 10–25 kg |
| Packing Range | 50–1500 ml |
| Making Bag Specification | L: 50–300 mm; W: 50–210 mm |
| Bottle Diameter | 18–100 mm |
| Structure | Single-head / Double-head |
| Applicable Products | Powder, particles, liquids |
| Primary Materials | Charcoal powder / Activated carbon |
| Compressed Air Requirement | 0.7 MPa |
| Equipment Type | Automatic bag filling machine / Pouch filling equipment |
| Minimum Order Quantity | 1 |
| Delivery Time | 45 work days |
| Payment Terms | T/T |
| Origin | Made in China |
Application Fields
Carbon and adsorption materials: Ideal for charcoal powder and activated carbon where controlled weighing, stable feeding, and cleaner filling help protect product value and improve workplace hygiene.
Food processing: Suitable for selected bulk food ingredients and related materials that benefit from weighing accuracy, consistent bag presentation, and steady line speed.
Chemicals: Applicable to chemical powders and granules requiring dependable fill weights and uniform output for downstream sealing and logistics.
Fertilizer and agricultural inputs: Supports efficient packaging of granular and powdered agricultural products, helping improve distribution readiness and production efficiency.
Grain and commodity materials: Designed for particle-type commodities where daily throughput, repeatability, and stable operation are key to meeting production targets.
