MYP-120 Paper Cup Fan Punching and Cutting Machine

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What the MYP-120 Paper Punching and Cutting Machine Does

The MYP-120 is a paper punching and cutting machine built for producing paper cup fan blanks from laminated paper rolls. It handles the punching and cutting stage that sits between roll material preparation and cup forming: the roll is fed into the machine, the die punches the fan shape, and the blanks are discharged for the next process. Buyers planning a paper cup converting workshop, or adding fan blank capacity alongside existing forming machines, should consider this model when their cup range and paper weight fall within its working scope.

The machine is intended for PE/PLA coated white cardboard and kraft paper, and the confirmed cup size and paper weight range are listed in the Technical Specifications field. Rated cutting speed is also stated there; actual stable output depends on paper grade, coating, die condition, operator skill and how the blanks are handled downstream, so plan capacity with a margin rather than at the rated figure alone.

Where It Fits in a Cup Production Sequence

Fan punching and cutting is a separate stage from cup forming, printing and packing. The MYP-120 prepares the printed or coated fan blanks; the forming machine then rolls, seals and rims the cup. If you are mapping a full line, review the cup die cutting machine range to compare models, and check the MY-970 automatic high speed roll die cutting machine if your project needs a different roll-fed cutting configuration. Confirm with the supplier whether your planned workflow requires inline connection or standalone batch operation before ordering.

Selection Variables to Confirm Before Quotation

Fan punching is dimension-driven: the die must match the exact fan profile of each cup, so the machine is only as useful as the drawing it is built around. Send the following when requesting a match:

• Cup drawing or a physical sample, with top diameter, bottom diameter and height for every size you plan to run.
• Fan blank drawing or the existing flat blank you want to reproduce, including the angle and any notch or tab details.
• Paper type and coating (for example PE or PLA coated white cardboard, or kraft), plus the paper weight you intend to use.
• Roll width and roll diameter as supplied by your paper mill, so feeding and unwinding can be checked.
• Target output per shift and whether the machine will run standalone or feed a forming line directly.
• Workshop voltage and frequency, available air supply if required, and the floor space reserved for the machine.
• Die or mold requirements per cup size, and how often you expect to change sizes.

Configuration Boundaries and Practical Notes

Several points are project-specific and should be settled in writing rather than assumed from a general description:

• Die and mold scope: the number of dies or molds included, and the price and lead time for additional cup sizes, must be confirmed per order.
• Material behaviour: coated surfaces, heavy paper weights and recycled kraft stocks can behave differently during punching. Share samples so cutting quality can be assessed against your actual paper.
• Edge quality: clean fan edges support reliable forming and sealing later. Agree on the acceptance criteria for burrs, delamination and dimensional tolerance before shipment.
• Changeover: die change time and the tools required are not stated in the general description; ask for the procedure if you plan frequent size changes.
• Utilities and layout: power, air and footprint values are given in the Technical Specifications; verify them against your workshop before installation planning.

Quality Checks and Maintenance Planning

Plan acceptance around the blanks, not only the machine. A practical approach is to run your own paper and die, then check fan dimensions against the drawing, inspect cut edges for tearing or coating damage, and confirm the blanks form correctly on your cup machine. For maintenance, keep the die sharp and aligned, follow the supplier's lubrication and inspection schedule, and keep spare cutting components on hand if you run continuous shifts. Record the settings used for each cup size so repeat orders start from a known baseline.

Next Step

To receive a matched quotation, send your cup and fan drawings, paper type and weight, roll dimensions, target output and workshop power details through the inquiry form on this page. If you prefer a faster conversation, use the WhatsApp contact option to share photos of your current blanks or samples. Our team will confirm the suitable die configuration and the information needed to finalize the specification.