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Powder Filling Machines

Compare auger dosing and powder weighing and filling machines for jars, bottles and bags. Define material flow, target dose and accepted-pack output, then confirm the feeder, package handling and closing steps with a sample test.
AT-DGS-10F Auger Powder Bagging Machine — Large Bag - Main image 1

AT-DGS-10F Auger Powder Bagging Machine — Large Bag

AT-DGS-10F uses single-auger dosing for powder bags. Filling / weighing range: 2-10KG.

Filling / weighing range
2-10KG
Speed
3–10 bags/min. Catalogue reference; actual output depends on material, dose, bag and configuration. (by product, dose and pack format)
Automation
Automatic
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AT-DGS-50F Auger Powder Bagging Line - Main image 1

AT-DGS-50F Auger Powder Bagging Line

AT-DGS-50F is a powder weighing and filling line that uses single-auger dosing for large powder bags, with an integrated belt conveyor and bag-sewing unit. Filling / weighing range: 5-50KG.

Filling / weighing range
5-50KG
Speed
3–8 bags/min. Catalogue reference; actual output depends on material, dose, bag and configuration. (by product, dose and pack format)
Automation
Automatic
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Selection before specification

Choosing the Right Machine

Powder dosing depends on how the material flows, compacts and creates dust, as well as the target weight and package.

Where this equipment family fits

  • Powders requiring measured filling into containers or prepared packages
  • Applications where bulk density and flow behavior can be sampled
  • Standalone dosing or integration with feeding and conveying

What we need to confirm

  1. Bulk density, particle size, dust, moisture and flow behavior
  2. Target weight range and how tolerance will be evaluated
  3. Package opening, dimensions and target packs per minute
  4. Cleaning, cross-contamination and dust-control requirements
Plan powder and granule dosing Get a Configuration Recommendation

Selection guide

Key Selection Factors

Share your material, package and output target to narrow the configuration.

01

Powder behavior

Record bulk density, particle size, moisture, flow, compaction and dust at the test condition.

02

Weight and tolerance

Define target weights and the sampling method used to judge accepted packs.

03

Package and feeding

Confirm opening dimensions, bag or container handling and the upstream feed boundary.

04

Dust and cleaning

Define extraction, guarding, cross-contamination, cleaning and contact-material requirements.

Supply boundary

What remains conditional

  • Auger, weigh or other dosing methods are not selected from the product name alone.
  • Tolerance requires a representative sample, agreed weight range and documented test method.
  • Dust extraction, feeder, conveyor and bag closing are included only when listed in the project scope.

Common selection errors

Avoid a mismatched RFQ

  • Using a trade name instead of bulk density, particle and flow data.
  • Comparing nominal accuracy without the sample size and accepted-output rule.
  • Ignoring refill, dust collection, cleaning and cross-contamination in the line boundary.

Continue the selection path

Buyer guides

Application paths

Procurement FAQ

Questions to settle before a quotation.

What powder data is needed before model selection?

Provide bulk density with the measurement method, particle size, moisture, flow and dust behavior, target weight, package opening and cleaning requirements.

Is auger filling always the right method for powder?

No. The choice depends on material flow, compaction, dust, target weight, package and test results. The category name is not enough to approve a method.

How should dosing tolerance be confirmed?

Agree on the sample, target range, number of observations, weighing method, startup exclusions and accepted-output rule before FAT.

Configuration input

Send the material, package and accepted-output target.

Our team will use these details to recommend equipment for your application.