The bag-feeding packaging machine is an automated packaging equipment, which is mainly used to put items into pre-made bags and seal them. It is suitable for many industries such as food, medicine, chemical industry, cosmetics, daily necessities, etc.
1. Equipment Overview
The bag-feeding packaging machine mechanically grabs pre-made bags, automatically completes the processes of bagging, printing date, opening bags, filling materials, sealing, and output, and realizes fully automated packaging. The equipment adopts PLC control system and touch screen human-machine interface, which is easy to operate and efficient, and is suitable for large-scale production.
2. Working principle
Bagging: The mechanical arm automatically takes bags from the bag storage device and sends them to the machine clamp position.
Printing production date: Print date, batch number and other information on the bag.
Opening bags: Open the bag mouth through vacuum suction cups or air blowing devices.
Filling materials: Accurately fill the materials into the bag according to preset parameters.
Sealing: The heated sealing device seals the bag mouth.
Cooling and shaping, discharging: Cooling and shaping after sealing to ensure beautiful sealing and finished product output.
3. Main features
Efficient automation: full process automation, reducing manual intervention and improving production efficiency.
Easy operation: PLC control and touch screen interface are adopted, and parameter setting is convenient.
Automatic detection function: if the bag is not opened or the bag is not opened completely, no material will be added or heat-sealed to avoid waste.
Safety device: alarm prompt when the air pressure is abnormal or the heating tube fails.
Flexible adjustment: the bag width can be controlled by the motor to adapt to packaging bags of different sizes.
Low packaging material loss: pre-made bags are used, the pattern is perfect, and the sealing quality is good.
Compliance with hygiene standards: stainless steel and other materials that meet food hygiene requirements are used in the parts in contact with the material.
Wide range of application: liquids, sauces, granules, powders, blocks and other materials can be packaged.
4. Technical parameters (example)
Packing speed: 30-60 bags/minute (depending on the bag type and material)
Bag width adjustment range: According to the equipment model, it can be adjusted to suit different bag widths
Applicable bag types: self-supporting bags, zipper bags, three-side seals, four-side seals, etc.
Control system: PLC control, touch screen human-machine interface
Power: usually several kilowatts depending on the equipment model
Compressed air requirements: 0.6-0.8MPa
5. Application areas
Food industry: puffed food, nuts, candies, biscuits, dried fruits, instant noodles, coffee, juice, beverages, ketchup, etc.
Pharmaceutical industry: medicines, health products, medical devices, etc.
Chemical industry: seeds, feed, fertilizers, pesticides, etc.
Cosmetics industry: essence water, face cream, shower gel, etc.
Daily necessities industry: laundry detergent, dishwashing liquid, toilet paper, wet wipes, etc.
6. Advantage analysis
Improve production efficiency: high degree of automation, reduce manual operation, and increase production capacity.
Reduce costs: reduce labor costs and packaging material consumption to avoid waste.
Improve product quality: accurate metering and sealing to ensure product consistency.
High flexibility: compatible with a variety of bag types and materials to meet different packaging needs.
Improve product grade: pre-made bag packaging has a beautiful appearance, which is conducive to product sales.
7. Purchase suggestions
Choose models according to production needs: choose suitable equipment according to packaging speed, bag type, material characteristics, etc.
Focus on the degree of automation: choose equipment with high automation and easy operation.
Consider equipment stability: choose equipment with reliable quality and low failure rate.
Attach importance to after-sales service: choose manufacturers that provide timely technical support and spare parts supply.
8. Maintenance and care
Regular cleaning: clean the surface and inside of the equipment to prevent material residue.
Check components: regularly check vacuum suction cups, heating strips, sensors and other components to ensure normal operation.
Lubrication and maintenance: lubricate transmission components to reduce wear.
Timely maintenance: contact professional maintenance personnel in time when the equipment fails to avoid self-disassembly.
