The Automatic Slitting Machine is a high-precision industrial device used to slitter wide webs into narrow rolls of specific widths. Its core value lies in providing users with continuous and stable automated slitting operations, significantly reducing the need for manual intervention and operational complexity during production. The machine's highly integrated control system simplifies human-machine interaction. Operators can set parameters and monitor operating status through an intuitive interface. A real-time feedback system ensures that any anomalies are immediately identified and addressed, thereby ensuring consistent and safe production. The entire machine design focuses on user comfort and long-term reliability, ensuring an extremely smooth operation from initial setup to daily production.

1、High-Speed Roll Conversion

The FQ-16A is listed with a mechanical speed range of 300–800 m/min, allowing manufacturers to configure the line for different production volumes and material conditions. Actual operating speed should be established through trials because thin film, laminated structures and paper products respond differently to acceleration, tension and cutting pressure.

2、1600 mm Material Capacity

The machine accepts parent materials up to 1600 mm wide, giving converters flexibility to produce several narrower rolls from one master roll. The final slit plan should account for usable width, edge trimming, blade spacing and any material lost during setup or defect removal.

3、Automated Control Platform

The product page describes a PLC and touchscreen-based control system for parameter setting, running-status observation and fault review. Centralized controls can help operators manage speed, tension and production recipes more consistently during startup, normal running and order changeover.

4、Servo-Based Synchronous Operation

A servo-drive system coordinates different machine sections so the unwinding, cutting and rewinding processes remain synchronized. Stable speed relationships are important when processing stretch-sensitive film, layered materials or lightweight paper that may wrinkle or deform under irregular tension.

5、Modular Production Configuration

The machine is presented with independently adjustable unwinding, slitting and rewinding sections. This modular arrangement allows buyers to discuss blade types, web-handling functions and control options according to their material range instead of purchasing one fixed setup for every application. 

1、Plastic Film Conversion

The Automatic Slitting Machine can process selected polyethylene, polypropylene and related flexible films into narrower rolls for packaging, bag making, coating or downstream converting. Thin films require careful tension control because excessive pulling force may cause stretching, necking or uneven finished-roll edges.

2、Laminated Packaging Materials

Laminated film and paper-plastic composite structures can be slit into customer-specific widths for flexible packaging production. Blade selection and tension settings should reflect the combined thickness, adhesive structure and stiffness of the laminate so the layers remain aligned during cutting.

3、Air-Laid and Puffing Paper

The published material range includes air-laid paper and puffing paper. These materials may require controlled acceleration, suitable cutting tools and careful rewinding pressure to reduce dust, edge damage and roll compression.

4、Laminated Paper Products

Laminated paper can be converted for packaging, protective materials and other downstream products. The process must control both the paper layer and the applied film or coating so the finished roll maintains a consistent edge and stable roll profile.

5、Flexible Material Production Lines

The machine can operate as a converting stage after printing, coating, casting or laminating. It transforms wide production rolls into widths suitable for bag making, hygiene-product manufacturing, packaging conversion and other customer-specific processes.

1、Circular Blade Cutting

Circular knives can be considered for films, laminated structures and selected paper products requiring continuous high-speed cutting. Blade geometry, overlap and lateral pressure should be matched to the substrate rather than copied from another product.

2、Straight Blade Cutting

Straight or razor-style blades may suit thin and relatively clean film structures. This method can produce efficient cuts on compatible materials, but blade sharpness and holder stability remain important at higher speeds.

3、Shear Slitting

Shear-style cutting uses paired upper and lower knives to create a scissor-like action. It can be considered for thicker, tougher or multilayer materials where controlled blade engagement is required.

4、Edge Trim Arrangement

The slit plan should include any required trimming on both sides of the master roll. Removing unstable or damaged edges can improve finished-roll consistency, although it also affects net material yield.

5、Blade Holder Configuration

The quantity and spacing of blade holders determine how many finished rolls can be produced in one pass. Buyers should provide their minimum slit width, normal width combinations and future product plans when selecting the holder system.

START YOUR AUTOMATIC SLITTING MACHINE PROJECT

Send us your material samples, master-roll width and weight, core specifications, required slit widths, finished-roll diameter, expected output, destination voltage and available factory layout. The technical team can review the application and prepare a suitable machine configuration and quotation.

Contact us to start your Automatic Slitting Machine project and discuss material trials, blade selection, slitting layouts, OEM or ODM configuration, technical drawings, installation preparation, operator training and after-sales support.