Healthy Food Stick Processing With OEM Method

We manufacturing powdered stick packs for healthy food with the OEM method.

Even fine-grained raw ingredients could be manufactured smoothly with the stick packaging machine and auger filler.

Six units of the machine run with maximum capacity. Therefore, manufacturing with a large amount is no longer a concern.

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  1. The Package That Sealed On Three Sides

    The square bag with heat-sealed on three sides with a small cutout on the side for open. This tea pack is used for filling powdered teas such as matcha latte, roasted green tea, or several instant drinks.

  2. Powder Stick Processing

    Various fine powder/granule powder can be filled inside the stick package with a 25mm ~ 50mm width.

  3. Stick Manufacturing With Hook Hole For Hanging

    We could produce the hook hole stick for hanging, which is rare in stick production with a large capacity.

  4. Introducing Granule Powder Stick X-Ray Line (X-Ray) The Foreign Matter Removal Inspection Machine

    An X-Ray inspection machine has been applied to the granule powder (instant powder) stick production line.

  5. Plain Stick Processing: 25mm Width

    The plain color stick satchels for various raw ingredients filling process. The stick pack’s film has excellent barrier characteristics such as light-shielding, moisture-proof, fragrance-retaining, and some other barrier properties, which are best for food packaging. In addition, it is easy to cut and can be opened from anywhere on the pack without using scissors.

  6. [Renewal] Whole Catechin Powder Stick Pack Green Color

    The printing process has switched to biomass-derived ink for the environmental-friendly products. The 25mm width stick pack, which is recommended for the powdered green tea filling process, has been renewed to an environmentally friendly biomass ink printing form. The biomass-derived ink is a mixture of ink components and biomass materials (by using plant-derived materials such as rice bran or seeds). By switching from conventional ink to biomass ink, the film will become environmental-friendly material that could reduce the amount of CO2 emissions up to about 13% compared to conventional oil-based gravure ink.

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