Stevia stick pack and sachet packaging machines and solutions

Stevia in stick packs and sachets is particularly well suited to single-dose packaging, combining convenience, precise dosing and product protection in a compact and functional format. Valued for ease of use, portability and the ability to provide consistently defined portions, it allows for simple, clean and consistent product handling. This versatile solution is designed to meet the needs of a market increasingly focused on practical, hygienic and ready-to-use formats.

What are the Challenges of Packaging Stevia in Stick Packs and Sachets?

Stick packs and sachets offer clear advantages of convenience and dosing control, but their production present specific technical challenges.

Potency: Stevia is naturally much sweeter than sugar. Packaging the right amount of stevia powder into a single-dose package to achieve the desired sweetness level is a challenge.

Dissolution Performance: Complete dissolution is essential to deliver the intended sweetness. Designing a stick pack or sachet that allows the stevia powder to dissolve quickly and evenly in cold beverages can be difficult.

Material: Selecting the right packaging material requires careful evaluation. The material needs to be strong enough to withstand potential punctures or tears during transport and handling. However, it should also be heat-resistant for use in hot beverages.

Machinery: Filling packages with very fine stevia powder requires specialized machinery that can handle the powder accurately and efficiently. Leakage during the filling process can compromise cleanliness and production efficiency.

Despite the challenges, single-dose stevia packages offer a convenient, hygienic, and portion-controlled way to manage sweetness in your beverages. While technical challenges exist, the advantages for on-the-go use, waste reduction, and user preference make them an interesting innovation in the sugar substitute market.

Examples of Stevia packages produced with Universal Pack machines.

Related Machines