Project Brief
HomeHot-Fill Dosing & Film SpecsKonjac, Fruit & Supplement Setups

Formulation-Matched Setups: Konjac Strips, Fruit-In-Gel & Supplement Jellies

Configure cooking-to-packing parameters for zero-calorie konjac snack strips, dual-phase nata-de-coco fruit cups, collagen/vitamin jellies, and.

HUB

Focus: konjac and fruit jelly production line

Check Compatibility

Tailoring Hoppers, Valves & Regulatory Sizing to Every Gel Class

The word ‘jelly’ spans wildly different rheologies and regulatory rules: chewy konjac glucomannan strips must adhere to international anti-choking cup-diameter and stick-extrusion standards; fruit & nata-de-coco cups require two-stage solid-plus-liquid dosing; nutraceutical vitamin/collagen jellies contain heat-labile actives requiring short high-temperature residence; and semi-solid cosmetic/petroleum jellies fill warm (55–65 °C) into jars and tubes where they solidify upon cooling.

Explore functional and konjac sticks in konjac, collagen, and functional jelly setups and dual-phase cups/pastes in fruit-piece jelly cups and paste gel setups. Ground laminate specs in hot-fill jelly dosing and film specs.

Matrix matching konjac sticks, fruit jelly cups, freezer pops, and drinking-jelly spout pouches to machine hardware
Hydrocolloid gelling temperature, solid fruit inclusions, and post-pack pasteurization lock dosing and laminate specs.

Jelly Sub-Category Engineering Matrix

Critical dosing, temperature, and regulatory geometry rules:

Jelly Category Fill Temp Window Dosing Architecture Critical Design Constraint
Konjac / Carrageenan Stick 75 – 85 °C hot sol Multi-lane heated SUS316L piston Squeeze-strip geometry avoids mini-cup choke rules
Nata-de-Coco / Fruit Cup Solid @ 25 °C + Sol @ 80 °C Rotary pocket solid + heated piston >=45 mm rim width where market regulations apply
Nutraceutical Collagen/Vitamin 68 – 76 °C rapid turnover Low-hold-up SUS316L ceramic/servo pump Minimizes thermal loss of Vitamin C / actives
Petroleum Jelly / Cosmetic Gel 55 – 68 °C melted liquid Heated gear/piston filler + cooling tunnel Solidifies mirror-flat inside wide-mouth jars

Size your machine speed in jelly machine sizing and selection.

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.

Hot-Fill Jelly Engineering Notes

  • Export Choking-Safety Geometry Awareness: Because EU/FDA/FSANZ restrict small bullet-shaped konjac mini-cups (<45 mm), export brands overwhelmingly choose elongated flat squeeze-sticks (18–25 mm wide) or wide-mouth >=55 mm diced fruit bowls.
  • Drained Nata-de-Coco Volumetric Accuracy: Pre-drain nata-de-coco cubes uniformly before feeding rotary telescope cups so excess syrup doesn’t alter liquid head-space.
  • CIP Sanitary Manifold Loops: Clean-in-Place hot caustic + acid rinse loops clear cooked hydrocolloid film from multi-lane tubes in 25 minutes.

Match Hardware to Your Exact Gel Formula

Share your gelling agent, fill temp, and target market via Project Brief.

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.

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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