Paper Cup Machine Suppliers & Manufacturers
Find paper cup machine manufacturers and suppliers on Towobo. Compare single-wall, double-wall, and triple-wall paper cup forming machines for hot coffee cups, cold beverage cups, ice cream tubs, and food service containers — from small-scale machines for printing and converting businesses to high-speed production lines for the food service and retail market.
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Browse Paper Cup Machine Suppliers →Paper cup types and machine principles
Paper cups (and paper tubs) are formed by a cup-forming machine from coated paperboard — the PE (polyethylene) or PLA (polylactic acid) coating on the inside of the cup provides liquid resistance and heat-sealing capability. The cup-forming process: flat die-cut blanks (fan-shaped sidewall blanks and circular bottom disc blanks) are fed from a stack magazine; the sidewall blank is rolled into a truncated cone and the longitudinal side seam is heat-sealed; the bottom disc is inserted and the base hem is curled and heat-sealed to the sidewall; the cup rim is curled (rolled outward) to form the drinking rim and to lock the cup shape; the finished cup is ejected and stacked. Paper cup types: single-wall cups — the standard format for cold beverages and budget hot drink cups; the PE coating on the inside provides liquid resistance; no insulation — the outside of the cup gets warm when hot drink is filled. Double-wall cups (corrugated insulating sleeve or double-wall paper) — a second outer paper layer is applied to the cup; this creates an air gap that insulates against heat transfer, keeping hot drinks drinkable without burning the hand; the standard for premium coffee shops. Triple-wall cups — a third layer for maximum insulation; niche high-end hot drink cups. Cups with external sleeve — a corrugated kraft sleeve (coffee sleeve, java jacket) applied around a single-wall cup; the most common heat-insulation solution in coffee shops; the sleeve is a separate product applied during barista preparation, not integrated in the cup machine. PLA-lined cups — cups with PLA coating instead of PE; PLA is industrially compostable; used by brands promoting sustainable or compostable credentials; the cup machine must be able to process PLA-coated board, which has different heat-sealing characteristics than PE-coated board.
Output speeds, materials, and sourcing
Paper cup machines are available in a range of speeds and cup-size capacities. High-speed paper cup machines: output 120–400+ cups per minute per head; used by large cup manufacturers; machines with multiple forming heads achieve higher throughput. Medium-speed machines: output 50–120 cups per minute; suitable for regional converters and printers entering the cup market. Small-scale and semi-automatic cup machines: output 10–40 cups per minute; for small printers, specialty cup manufacturers, and developing-market operators. Key size ranges: small cups: 100–150ml (espresso, water cup); standard hot drink cups: 250–500ml; large cold drink cups (bubble tea, fast food): 500–700ml; ice cream tubs: 150–350ml with flat lid tooling. Paper cup materials: PE-coated single-side paperboard (typically 170–300 gsm board weight) is the standard material; PLA-coated board for compostable cups; double PE-coated board (PE on both sides) for cups that must be microwave-safe or for cold drink cups requiring more moisture resistance on the outside. Cupstock (cup board) is a specialised packaging paper with specific smoothness, whiteness, and coating requirements — sourced from specialised paper mills (Billerud Korsnäs, Metsä Board, Iggesund). Key paper cup machine suppliers: Novacart (Italy), Ruian Mingtai, ZhangJiaGang Fillpack Machines, Wenzhou Dahua, and many other Chinese manufacturers (China is the dominant production centre for paper cup machines globally). When sourcing, specify: cup type and capacity range, single-wall or double-wall, PLA or PE coating, required output speed, board gsm range, lid compatibility, and integration with downstream printing and sleeving.
Frequently asked questions
Can a paper cup machine run PLA-coated board for compostable cups?
Yes, but PLA-coated board has different heat-sealing parameters than PE-coated board — PLA seals at a lower temperature than PE and is more sensitive to overheating. The cup machine's heat-sealing temperature and pressure settings must be adjusted for PLA board. Some older cup machines with fixed temperature profiles may not have a wide enough temperature adjustment range for PLA board. Before purchasing a machine for PLA cup production, confirm with the machine manufacturer that the heating elements and temperature control system can be set appropriately for PLA board. Most modern cup machines can handle both PE and PLA board with parameter adjustment.
What paperboard specification is needed for cup making?
Paper cups require a specialised paperboard called cupstock (cup board or cup base), which has specific requirements: grammage (basis weight) of 170–350 gsm depending on cup size; one side coated with PE or PLA for liquid resistance (the inside of the cup); high whiteness and print quality on the outside surface; consistent thickness and caliper for reliable cup forming; low moisture content for dimensional stability during cup forming. Cupstock is distinct from general packaging board and must be sourced from mills that supply cup-grade board. Suppliers include Billerud Korsnäs (Sweden), Metsä Board (Finland), Iggesund Paperboard (UK/Sweden), WestRock (US), and Asian mills producing cup board for the Asian market.
What cup capacity range can one machine cover?
A single paper cup machine is typically designed for a specific cup diameter range and wall angle. Cup volume is a function of the cup diameter and height — by adjusting the height (changing the blank size), one machine can produce a range of volumes for the same cup diameter (e.g. 250ml, 300ml, and 350ml cups from the same diameter mould). To change cup diameter requires changing the forming head, bottom punch, and sidewall blank tooling — this is a major format change. Most cup manufacturers invest in separate machine configurations for different diameter ranges: a small machine for 70–80mm diameter cups (espresso, water cups); a standard machine for 80–90mm diameter cups (standard hot drink sizes); and a large machine for 90–100mm diameter cups (large format cold drinks and food service).
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