Servo-Driven T-Shirt Bag Making Machine

The Servo-Driven T-Shirt Bag Making Machine converts polyethylene film rolls into finished T-shirt shopping bags through film feeding, heat sealing, cutting and handle punching. It is suitable for producing vest-style bags for supermarkets, grocery stores, retail packaging and everyday carrying applications. Servo-driven feeding allows bag length settings to be adjusted for different production specifications. Machine configuration can be customized according to bag dimensions, film thickness, printing requirements and planned output.

Servo Feeding Control
Servo-driven feeding provides adjustable film length control. Feeding settings can be matched to the required bag dimensions, with cutting accuracy verified against the selected configuration and film conditions.

Flexible Size Adjustment
Bag length and width requirements can be reviewed before equipment selection. This helps align the machine's working range with existing product specifications and planned production orders.

Integrated Bag Processing
Film feeding, heat sealing, cutting and handle punching are coordinated within the production process according to the selected machine configuration.

Production Parameter Management
Operators can set relevant production parameters according to the bag specification. For printed bags, compatible print-mark detection can be included when required and supported by the selected configuration.

Retail Shopping Bags: Suitable for producing T-shirt bags used in supermarkets, grocery stores, convenience stores and general retail packaging.

Printed T-Shirt Bags: Printed film can be processed when the machine includes a compatible photoelectric sensor and print-registration function. Artwork repeat length and print-mark position should be confirmed before production.

Polyethylene Carry Bags: HDPE and LDPE film applications can be assessed according to material grade, thickness, roll dimensions and sealing requirements.

Finished Bag Dimensions: Confirm the bag width, finished length and handle opening dimensions. These measurements determine whether the standard working range and punching tooling are suitable.

Film Type: Specify HDPE, LDPE or another proposed polyethylene material. Resin grade and film properties affect feeding behaviour, heat-sealing conditions and finished-bag quality.

Film Thickness: Provide the minimum and maximum thickness used in production. The operating range should be checked against the intended material rather than a single nominal thickness.

Film Roll Specifications: Confirm roll width, maximum diameter, core size and roll weight. These details help establish compatibility with the unwinding and feeding system.

Film Feeding
The unwinding and servo feeding systems deliver film according to the selected length settings. Film tension and web alignment should be matched to the material and production speed.

Heat Sealing and Cutting
The sealing and cutting units form the bag bottom and separate individual bags. Temperature, sealing time and cutting settings should be established for the selected film.

Handle Punching
The punching unit forms the handle opening. Punch dimensions, position and tooling must match the required bag design and finished dimensions.

Printed Film Registration
For printed bags, a compatible photoelectric sensor can detect print marks and coordinate cutting positions. Sensor configuration and registration requirements should be confirmed before ordering.

Production Layout: Single-line or multi-line configurations can be evaluated according to required bag width, output targets and available floor space.

Printing Control: Print-mark detection and registration functions can be assessed for printed film applications, subject to machine compatibility.

Punching Configuration: Handle dimensions, punch tooling and collection arrangements can be specified according to the finished-bag design.

Electrical Requirements: Voltage, frequency, phase configuration and installed power should be confirmed for the destination facility.

Bag Samples and Drawings: Provide finished-bag samples or drawings showing width, length, handle shape and sealing requirements. This establishes the required processing dimensions.

Production Capacity: State the target output per hour or shift, together with bag size and film thickness. The required operating speed should be assessed against the complete production setup.

Material and Printing Details: Specify resin type, film thickness, roll dimensions and print-registration requirements. These details help determine feeding, sealing and cutting configurations.

Factory Installation: Confirm available floor space, electrical supply, compressed-air requirements and downstream bag handling arrangements before finalizing the equipment layout.

Installation and Commissioning
Installation arrangements and commissioning requirements can be agreed before shipment. Factory layout and utility connections should be prepared according to the confirmed machine drawings.

Operating Guidance
Operating instructions and technical guidance can cover parameter settings, product changeovers, routine checks and basic maintenance.

Warranty and Spare Parts
Warranty coverage, spare-parts availability and technical support arrangements should be specified in the order documentation, including the applicable service scope and response arrangements.

Hot Tags: servo-driven t-shirt bag making machine, China servo-driven t-shirt bag making machine manufacturers, suppliers, factory, Automatic Plastic Bag Portioning and Packing Machine, Bottom Seal Bag on Roll Making Machine, Cold Cut Packaging Bag Making Machine, Heavy-Gauge Garbage Bag Production Equipment, High Speed T Shirt Bag Processing Equipment with Automatic Feeding, Roll Fed T Shirt Bag Making Machine