What Are The Basic Characteristics Of Bag Making Machines?

As core equipment of packaging industry, Bagging machine has six characteristics: high efficiency, precision, flexibility, intelligence, stability and environmental protection. These features are detailed below:
1.Efficient productive capacity
90 years old. High-speed manual operation: Modern bagging machines with servo motors and optimized mechanical structures can produce hundreds of bags per minute (for example, T-shirt bagging machines can reach speeds of 150 to300 bags per minute), greatly increasing productivity.
Continuous Operation: supports 24 hours of uninterrupted production, minimizes downtime, and is suitable for large-scale industrial applications.
Automation: from feeding, sealing to cutting, the entire process is completely automated, reducing manual intervention and labor intensity.
2.Precision Control Technology
Microcomputer Control: using PLC (PLC (Programmable Logic Controller) or touchscreen set parameters such as bag length, speed, temperature for Digital operation.
Photoelectric Tracking System: electronic eyes are used to detect the position of printed patterns and automatically adjust the sealing and cutting position to ensure that the pattern alignment accuracy is within ±0.5mm. Tension control: magnetic powder clutch or servo motor can adjust material tension accurately, prevent film from stretching or wrinkling, and ensure the paper bag shape is smooth.
3.Flexible Adaptability
Multi-bag support: By replacing molds or adjusting parameters, you can quickly switch between producing a variety of bags, including flat bags, waistcoat bags, zip-up bags and 3D bags.
Material Compatibility: can be used with PE, PP, POF, PVC and other plastic films, as well as non-woven fabric, composite film and other special materials to meet the needs of various industries.
Adjustable Dimensions: Parameters such as bag length, bag width, sealing width can be continuously adjusted in a certain range (e.g., bag length is generally 50-1000mm).
4.Intelligent Functions
Fault Self-Diagnosis: Monitor equipment temperature abnormalities, motor overload, etc., in real time and display fault code on the screen for quick maintenance.
Data recording and analysis: Some high-end models can record production data (such as production and yield rate) and export it to Excel reports for ease of production management.
V. Remote control: With IoT technology, remote monitoring and parameter adjustment can be carried out to improve equipment utilization. Stable and reliable design
Mechanical structure optimization: High-strength steel and precision machining, to ensure long-term operation without deformation.
Durability of Key Components: Vulnerable partssuch as sealed blades and knives use special materials such as alloy steel to ensure the life of millions of knives.
Safety protection: equipped with emergency stop button, safety light barrier, protective shield to prevent operator injury.
6. Environmentally Friendly and Energy-Saving Features
Low energy consumption design: using energy-saving motor and frequency conversion speed regulation technology, 20 20% -30% higher than the traditional model.
Waste recovery system: Automatic collection and shredding of waste to facilitate recycling and reduction of material waste.
Non-pollution process: adopt heat sealing process, no glue, avoid chemical pollution, meet food grade packing standard.
Additional features by category
Non-Woven Bag Making Machine:
Ultrasonic Welding technology: Needles and thread are not required to achieve a safe and beautiful sealing effect.
Automatic handle molding: one-button cutting, folding handle can improve efficiency. Plastic Bagging Machine:
Point-to-point roll function: support continuous roll bag production, convenient for supermarket applications.
Cold /hot shearing double die: select cutting method according to material properties to prevent edge unraveling.
High-end composite bag maker:
Multi-layer co-extrusion technology: aluminum foil, EVOH and other barrier layers composite bags can be produced to extend the shelf life of food.
Vacuum inflation function: Supports production of modified atmosphere packaging bags to preserve content fresh.
Examples of applications:
Food industry: produces its own zip-up bags (nuts and coffee) and high-temperature distillation bags (meat and seafood).
Daily chemicals: production of waistcoat shopping bags (shopping malls), flat bags (shoe covers, gloves).
Pharmaceutical industry: production of sterile packaging (required composite film and special sealing processes) and drug packaging bags.
Industry: Production of heavy square-bottomed bags (chemical packaging, building materials packaging), anti-static bags (electronic components).