Project Brief
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Automatic Jelly Cup Filling-Sealing & Spouted Stand-Up Pouch Machines

Compare rotary (1,800–4,500 cups/hr) and 4–12 row linear jelly cup filling and foil-sealing machines (up to 9,000+ cups/hr) plus spouted drinking-jelly turrets.

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Focus: jelly cup filling and sealing machine

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Rigid Fruit-Cup Classics & Reclosable Drinking-Jelly Pouches

From bite-sized 15–35 g mini assortment cups to 120–220 g diced-peach fruit cups and 150 g reclosable sports/kids drinking-jelly spout pouches, rigid and fitment formats anchor supermarket confectionery aisles. Within jelly packing machines, cup machines divide into compact rotary indexing turntables (ideal for 1–2 cavity footprints and fast cup swaps) and multi-row linear intermittent/servo lines (indexing 4, 6, 8, or 12 cups abreast for high hourly volume).

Dive into cup mold options in rotary and linear jelly cup filling-sealing machines and spouted/multipack systems in drinking-jelly spout pouch & secondary multipack lines.

Station sequence on dual-dosing rotary and linear jelly cup filling and two-stage lid sealing machines
Two-stage heat sealing plus precision rim die-cutting prevents leaking cups during 85 °C pasteurization while peeling smoothly for kids.

Rotary Turntable vs Multi-Row Linear Cup Sealer vs Spout Turret

Compare hourly output, footprint geometry, and inclusion capability:

Machine Architecture Cups / Pouches per Stroke Hourly Output Power & Air Load Best Fit
Rotary Cup Filler-Sealer (LD-AF/C) 1 to 4 cavities 1,800 – 4,800 cups/hr 2.8–4.5 kW; 0.6 MPa Compact floor; frequent cup-shape swaps
4–6 Row Linear Cup Machine 4 or 6 cups abreast 4,500 – 7,500 cups/hr 5.5–7.5 kW; 0.65 MPa Dual-fill fruit + jelly + roll-film lid
8–12 Row High-Speed Linear Cup 8 to 12 cups abreast 8,000 – 14,000+ cups/hr 8.5–12 kW; 0.7 MPa Mini 15–35 g jelly cups & pudding
Rotary Spout Pouch Filler-Capper 1 to 4 spout rails 1,500 – 3,600 pouches/hr 2.5–4.5 kW; 0.6 MPa 100–200 g drinking jelly + big safety cap

Compare flexible laminate sticks in jelly stick and sachet machines.

Throughput comparison across tubular jelly-bar VFFS, rotary cup sealers, linear multi-row cup machines, and 12-lane stick packers
Multi-lane stick packers and multi-row linear cup machines multiply gentle 30–40 CPM index strokes into 200–600 PPM continuous output.

Hot-Fill Jelly Engineering Notes

  • Smooth S-Curve Servo Index Prevents Cup Sloshing: Replacing jerky mechanical Geneva cams with servo S-curve acceleration keeps 80 °C liquid jelly flat below the cup rim between filling and sealing.
  • Roll-Fed Eye-Mark Film vs Pre-Cut Foil Lids: Roll-fed printed lidding film with waste-skeleton rewind cuts lid cost by 25–35% over die-cut foil lids on >4,000 cups/hr runs.
  • No-Cup-No-Fill & No-Cup-No-Seal Sensors: Optical pocket sensors skip dosing and lid punching automatically if a nested cup stack runs empty.

Send Your Cup Rim Drawing or Spout Sample

Custom aluminum mold plates match round, flower, heart, bear, and square jelly cups—inquire via Project Brief.

Six-stage hot-fill hydrocolloid jelly cooking, packing, pasteurizing, cooling, and multipack line
Keeping carrageenan, konjac, and agar solutions at 75–85 °C inside jacketed hoppers prevents premature setting inside piston manifolds.

Explore related equipment in Jelly Packing Machines, Hot-Fill Dosing & Film Specs, or send your stick/cup dimensions via Project Brief.

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