Plan an auger filler around protein powder flow, scoop inclusion, dust control, fill accuracy and the pack format you want to run.
Protein powders can vary from free-flowing blends to cohesive mixes that bridge in the hopper or change density during production. The auger, hopper, agitation and fill control should be selected around the actual blend rather than only the target fill weight.
For tubs and jars, the filling head, container handling and post-fill settling are important. For pouches and bags, the filler should be planned with sealing quality, dust control and bag presentation in mind.
These points help narrow the auger, weighing, feed and line-integration options before a final specification is prepared.
Container indexing and head height need to suit wide-mouth packs and variable fill volumes.
Dust and product settling should be reviewed before finalising the sealing route.
Bulk density variation may need weigh feedback or downstream checkweighing.
Yes. Protein powder is a common auger-filling application, but the hopper, agitation and screw should be matched to the product blend and target pack.
Send the powder type, bulk density, fill weight, pack dimensions, output target, scoop requirements and cleaning expectations.
Yes. Tub and jar projects can be planned with capping, induction sealing, labelling, coding and checkweighing after filling.
We can help compare the auger filler and line options that fit your production requirement.
A protein powder pack is not defined only by its net weight. Include the actual powder formulation, tub or pouch, closure, seal and any scoop when preparing the filling trial. Do not transfer a proven setting to a different blend without checking how the new material feeds and occupies the pack.
A scoop changes the physical pack assembly and can affect nozzle clearance, available space, the weighing sequence and closure checks. Its insertion and verification should be included in line scope, rather than added as an untested manual step after the filler has been selected.
They may share a pack, but equivalent net mass does not establish equivalent occupied volume or flow. Compare representative bulk density, feed behaviour and the final pack after transfer. Keep the tested tooling and recipe associated with the identified formulation rather than assuming that the product category is sufficient.
Plan scoop insertion and pack inspection and check indicative volume from measured density.
Discuss the product, pack and acceptance requirements • Prepare your enquiry details