Build a clean, fast, and scalable electrolyte powder stick pack line for hydration powder, mineral blends, sports nutrition powder, and functional beverage powder.
EIXPACK configures powder stick pack machines with vacuum feeding, short auger dosing, multi-lane forming, dust collection, date printing, and fast-cleaning stainless steel contact parts.
Electrolyte powder is often light, fine, moisture-sensitive, and easy to generate dust during high-speed filling. If powder reaches the sealing area, it may affect seal quality, package appearance, and finished pack consistency.
EIXPACK designs the filling and sealing process around the real behavior of your powder. Vacuum feeding helps stabilize material supply, short auger dosing supports controlled small-dose filling, and dust collection helps keep the filling and sealing area cleaner during production.
Packaging Challenge |
Why It Matters |
Machine Configuration |
|---|---|---|
Fine powder dusting | Dust may contaminate the sealing area and affect pack appearance | Dust collection around the filling area |
Moisture absorption | Powder may cake, bridge, or dose inconsistently | Controlled feeding and suitable packaging film selection |
Small-dose filling | 5g–15g packs require stable dosing control | Short auger dosing system |
Multiple flavors | Frequent changeover can increase downtime | Quick-release hopper for faster cleaning |
Batch identification | Supplement products need clear production traceability | Date printing for batch or expiry information |
Single-serve electrolyte powder sticks are widely used for hydration, fitness, outdoor sports, travel, and daily wellness products. A compact stick pack helps consumers carry and mix each serving easily.
This electrolyte powder stick pack machine can be configured for hydration powder, mineral powder blends, vitamin-electrolyte formulas, sports drink powder, low-sugar drink mixes, and private label supplement powders.
For high-volume electrolyte powder production, EIXPACK can configure an 8-lane powder stick pack system designed for up to 400 sticks/min. Final speed depends on powder flowability, fill weight, stick size, film material, sealing stability, and downstream handling.
The line can complete feeding, dosing, forming, filling, sealing, cutting, date printing, and finished stick pack output in one coordinated process. Optional dust collection helps reduce powder influence around the filling and sealing section.
Item |
Configuration |
|---|---|
Machine type
| Powder stick pack machine |
Lane number | 2–10 lanes available |
Proposed configuration | 8 lanes |
Target output | Up to 400 sticks/min |
Filling range | 5g–15g |
Dosing system | Short auger dosing |
Feeding system | Vacuum feeding |
Dosing accuracy | ±0.5g |
Optional system | Date printing, dust collection |
Machine material | 316 stainless steel + 304 stainless steel |
Cleaning design | Quick-release hopper, cleaning within 15 minutes |
Film material | Non-paper packaging film |
For food supplement powder applications, EIXPACK recommends a multi-lane powder stick pack machine with servo auger dosing.
The machine can be configured according to powder characteristics, filling weight, bag size, film type, target speed, and downstream automation requirements.
Servo auger dosing is recommended for 6–15g food supplement powder stick packs because it provides controlled powder filling based on target weight, bulk density, and powder flowability.
It is suitable for many supplement powders, including collagen powder, protein powder, vitamin powder, electrolyte powder, and functional powder blends.
Different supplement powders require different screw designs. A fine and dusty powder may not behave the same as a denser protein blend or a sticky nutrition formula.
Long or short auger selection should be confirmed according to filling weight, powder density, flowability, dust level, hopper behavior, and sample testing results.
A vacuum feeder can be added to reduce manual loading and support continuous production for a 10-lane powder stick pack line.
It is useful when the line runs at higher speed, when operators need to reduce manual powder handling, or when the production area requires cleaner powder transfer.
Food supplement powders can generate dust during filling. Dust collection helps reduce powder around the dosing and sealing area.
This helps reduce seal contamination, improve machine cleanliness, reduce cleaning workload, and support more stable sealing appearance.
Food supplement stick packs usually require date, batch, lot number, or traceability code.
The machine can be configured with thermal transfer coding or laser coding. The final choice depends on film material, code content, print position, and packaging standard.
EIXPACK has engineered related powder stick pack projects for moisture-sensitive and dusty powder products. These projects help demonstrate how powder feeding, auger dosing, dust control, sealing stability, coding, and future cartoning connection can be combined in a practical packaging line.
See a related powder packaging project: Powder Stick Pack Machine Project for 50g Milk Tea Powder in Thailand.
Powder Stick Pack Machine Project for 50g Milk Tea Powder in Thailand
Thailand
Food industry
Milk tea powder
50g
Before choosing a food supplement powder stick pack machine, prepare the following information.
First, confirm your powder characteristics. Tell us whether the powder is dusty, hygroscopic, sticky, free-flowing, oily, or easy to cake.
Second, confirm the filling weight. Your current target range is 6–15g. If you have multiple SKUs, provide the minimum and maximum filling weight.
Third, confirm your target speed. For high-output production, a 10-lane machine can be considered. Your current target speed is up to 400 sticks/min.
Fourth, provide the stick pack size. Bag width and bag length are still missing and should be confirmed before quotation.
Fifth, provide the film structure. For supplement powder, moisture barrier, sealing layer, film thickness, roll width, and print mark position should be checked.
Sixth, confirm the cleaning requirement. If you run many formulas, detachable hopper and quick-release structure are important.
Seventh, confirm the coding requirement. Tell us whether you need thermal transfer coding, laser coding, batch number, date code, QR code, or other traceability information.
Eighth, confirm downstream packaging. Let us know whether the stick packs will be manually packed, automatically counted, connected to a cartoning machine, or integrated into a case packing line.
EIXPACK supports food supplement powder packaging projects with machine configuration, powder filling evaluation, layout planning, and optional automation integration.
For this application, EIXPACK can help with servo auger dosing configuration, long or short auger selection, vacuum feeder integration, dust collection system design, date coding or laser coding integration, water cooling system configuration, quick-release cleaning design, and optional downstream connection.
This machine configuration is designed for 5g–15g electrolyte powder stick packs. The final fill range should be confirmed according to powder density, stick size, film material, and dosing test results.
This solution uses short auger dosing. It is suitable for controlled small-dose powder filling and can be adjusted according to formula flowability, target fill weight, and required production speed.
Yes. The line can be equipped with a dust collection system to reduce powder movement around the filling and sealing area. This helps improve cleanliness and reduce the risk of seal contamination.
Vacuum feeding is recommended for this electrolyte powder stick pack line. It helps provide a more stable powder supply to the dosing system and reduces manual material handling.
The 8-lane configuration can be designed for up to 400 sticks/min. Actual production speed depends on powder behavior, filling weight, stick pack size, film material, sealing stability, and downstream collection.
Yes. Date printing can be integrated for batch code, production date, expiry date, or other traceability information required for supplement packaging.
The quick-release hopper design supports cleaning within 15 minutes. Actual cleaning time may vary depending on the powder formula, dust level, cleaning procedure, and operator training.
Yes. This machine is suitable for electrolyte powder brands that want to control production schedule, packaging quality, formula privacy, and long-term packaging cost by building an in-house stick pack line.
Yes. The line layout can be planned with future cartoning connection if your brand plans to pack stick packs into retail cartons or multipack formats.
Please send your powder type, filling weight, stick pack size, film material, target speed, required lane number, dust level, moisture sensitivity, cleaning requirement, and future automation plan.
Ready to build your electrolyte powder stick pack line? Send your product specs, filling weight, stick pack size, film material, and target speed.
EIXPACK will review your requirements and recommend a suitable machine configuration for your production goals.
Skip the back-and-forth. Send us your material specs and speed requirements for a custom machine layout.
EIXPACK engineers packaging machinery and automated packaging lines for nutraceutical, supplement, pharmaceutical, food, and contract manufacturing applications.
We help brands and OEM factories improve packaging accuracy, production efficiency, hygiene, and long-term scalability.
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