High Speed T-Shirt Shopping Plastic Bag Making Machine

Voltage: 380V (three-phase). Production capacity: 30–60 kg/h (depends on film, bag size and thickness). Film thickness range: 0.01–0.100 mm. Screw diameter: 50 mm. Main motor power: 15 kW. Screw speed: 10–120 rpm. Folding width: 200–800 mm. Machine weight: 2500 kg. Dimensions (L×W×H): 4200×2400×4200 mm.

It is primarily designed for PE films such as LDPE, LLDPE and HDPE commonly used for T-shirt and shopping bags. Other film types may be compatible—please consult the supplier with film material and formulation for confirmation.

Thickness range is 0.01–0.100 mm. Folding width can be adjusted from 200–800 mm, which allows production of a wide range of T-shirt/shopping bag sizes; final bag dimensions depend on film width, folding and cutting settings.

Production expressed as 30–60 kg/h. The actual number of bags per hour depends on bag thickness, bag size, film quality and operating parameters. Lighter/thinner small bags yield a higher count than thicker or larger bags.

Yes — the machine supports multi-color bag production. Multi-color printing is provided via configurable printing units (e.g., flexographic printers) that can be supplied as integrated or optional modules; specify required number of colors when ordering.

The machine uses user-friendly controls (typically PLC with a touchscreen HMI) for adjusting screw speed, temperature, winding/cutting, and other production parameters. Settings are designed for easy operation and quick changeovers.

Electrical requirement is 380V (three-phase). Main motor power is 15 kW; total site power depends on auxiliaries and configuration. Some configurations may also require compressed air and cooling water—final utility list will be provided with technical documentation.

The machine features an energy-saving design and low-noise operation to reduce operational costs and workplace impact. It can process recyclable PE films and supports eco-friendly production practices; final environmental benefits depend on material choices and process settings.

Standard safety features include machine guarding, emergency stop buttons, safety interlocks and overload protection. The system is designed for high safety levels during operation; local safety requirements may require additional protections.

Routine maintenance includes daily cleaning, regular lubrication of bearings and moving parts, periodic checks of temperature controllers and heaters, and inspection/replacement of wear parts (screws, barrels, blades). A preventive maintenance schedule will be provided in the manual.

Yes. Spare parts, wear items and after-sales service are available—contact the supplier for a recommended spare-parts kit, lead times and support contracts. Many suppliers offer remote support, on-site service, and training packages.

Common options include multi-color flexographic printing units, automatic feeder and winding systems, perforation or punching modules, gusseting devices, automated cutting and stacking, and advanced control packages. Specify required options at purchase.

Lead time varies by configuration and order size—typical lead times range from several weeks to a few months. Shipping requires appropriate lifting equipment due to the machine weight (~2500 kg). Installation and commissioning are usually performed by the supplier or authorized technicians.

Most suppliers provide operator and maintenance training as part of installation or as a separate service. Training typically covers operation, parameter setting, routine maintenance, troubleshooting and safety procedures.

Common remedies: check and adjust film tension and alignment to prevent jams; verify and adjust sealing temperature and pressure for sealing issues; clean print rollers and ensure correct registration for print quality; consult the manual for parameter ranges and contact support for recurring issues or mechanical faults.