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The two upgraded paper cup machines have clear production positioning to cover the full mainstream cup capacity range on the market. ZBJ-G12 is designed for small and medium cups of 3-12oz, reaching a maximum operating speed of 150 pieces per minute, which perfectly matches mass production demands of milk tea, coffee and regular takeaway cups with high daily order volume. ZBJ-N12 adapts to large-size cups and paper bowls within 3-16oz, stably producing large cold drink containers and soup bowls that require deeper forming depth. Factories can select corresponding models based on their core order categories instead of purchasing expensive all-in-one machines with redundant large cup functions, effectively reducing one-time equipment investment and workshop space waste caused by idle production capacity.
Traditional paper cup forming machines adopt simple frame structures, which are prone to positioning deviation after long-time continuous operation, resulting in cup body dislocation, incomplete bottom sealing and liquid leakage defects. EZ TECH optimizes the overall transmission frame and heat sealing components of the new type machine, improving structural rigidity and operation synchronization. The improved feeding and pressing mechanism greatly lowers the probability of paper blank jamming during high-speed operation. Stable heat pressure control ensures tight bonding of the cup bottom, significantly reducing defective products caused by poor sealing. For factories operating three shifts all year round, lower failure rates mean fewer unplanned shutdowns and less waste of coated raw materials, bringing continuous cost savings in long-term mass production.
With global tightening of plastic restriction policies, more buyers place orders for biodegradable PLA coated paper cups, but many old forming machines cannot adapt to the different melting characteristics of PLA materials and need additional transformation costs. This series of new paper cup machines supports 170-350gsm single-sided and double-sided PE coated paper, and can stably complete forming, sealing and curling without any structural adjustment when using biodegradable PLA laminated paper. Manufacturers can flexibly switch between conventional disposable cup orders and eco-friendly compostable cup orders on the same equipment, responding to diverse customer environmental requirements without purchasing special dedicated machines separately.
Many low-end paper cup forming devices require disassembly and replacement of multiple molds when switching cup specifications, taking hours to complete debugging and seriously affecting order delivery schedules. The new type paper cup machine adopts an intuitive operation control system, and all parameters such as cup height, opening diameter and heating temperature can be directly modified on the panel. Operators can finish specification switching within a few minutes without relying on professional maintenance technicians. Even small and medium factories with limited skilled workers can flexibly cope with mixed orders of multiple cup sizes, greatly improving workshop production scheduling flexibility.
Export food tableware orders have strict inspection standards for equipment contact materials, and ordinary machines with ordinary metal accessories may produce peculiar smell or harmful precipitation during heating, leading to order rejection by overseas customs. All parts of EZ TECH new paper cup machine that touch paper blanks and cup bodies are made of food-grade special alloys. The whole forming process produces no peculiar smell, and the finished cups have no residual harmful substances after heat sealing. The machine meets the food contact safety requirements of European and American markets, helping manufacturers smoothly pass third-party factory audits and export commodity inspections, avoiding huge losses caused by unqualified product batches.
Many new entrepreneurs entering the paper cup industry worry about large equipment floor space and complicated maintenance work. Compared with large integrated forming lines, ZBJ-N12 and ZBJ-G12 adopt compact integrated layout with controlled overall length, width and height, and can be installed in small standard factory buildings without special space transformation. Daily maintenance only needs regular cleaning and lubrication of key moving parts, and no complex professional overhaul is required. The moderate total power of 12-13KW also avoids excessive electricity expenditure for small batch production, lowering the comprehensive operating threshold for startup packaging manufacturers.
