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Get a custom filling solution designed around your product, container, and target throughput.
Powder Filling Machines
The semi-automatic powder filler stand is aimed at pilot production, low-volume packing, and contract manufacturing environments. It is configured with Siemens PLC control, Festo pneumatics, Schneider electrical components, and industrial-grade contact materials for dependable production use.
Production Capacity
600-1,200 BPH
Heads / Stations
1
Filling Range
10-500 g
Powder Filling Machines configured for powder packaging with 600-1,200 BPH, 10-500 g, and 316L Stainless Steel contact parts.
Primary Metric
600-1,200 BPH
Material
Powder
Fill Range
10-500 g
Containers
Powder jar / Canister
Project CTA
Share your container size, target speed, and product behavior. We will match the right equipment configuration and send a technical response.
Material guide
Need a broader view first? Review the general Powder Filling Machine page before locking the final machine scope.
Project-fit overview
Semi-Automatic Powder Filler Stand is a practical choice for powder filling when buyers need 600-1,200 BPH output, 10-500 g flexibility, and a machine platform already selected for sample batch, spice, and supplement. The semi-automatic powder filler stand is aimed at pilot production, low-volume packing, and contract manufacturing environments. This page narrows the discussion to how the machine behaves with powder, not just how it performs as a generic powder filling machines option.
Powder filling is fundamentally different from liquid packaging because the product does not flow as a uniform stream. Instead, the machine has to manage bulk density variation, dust, bridging, and the way the powder settles in the container after dosing. Fine powders, spices, milk powder, and chemical powders may all need different feeding behavior even if the nominal pack weight looks similar. Auger fillers are widely used because they offer controllable dosing across jars, bottles, cans, and pouches. On faster lines, dust containment becomes more important because airborne powder affects cleanliness, weighing consistency, and downstream labeling. The best powder filling machine is therefore selected around powder behavior, target weight range, container type, and the required balance between compact startup equipment and higher-output multi-head systems. In this combination, the main engineering concern is usually bulk density changes. Powder can compact or loosen during feeding, which changes the dose behavior and affects weight consistency. PakFill normally reviews Compact stand-alone format suits pilot and lower-volume production rooms and Auger-based metering for stable dry product dosing, 316L Stainless Steel compatibility, and the real bottle or jar geometry so the line can stay consistent across Powder jar, Canister, and Bottle. Fine powder can become airborne during filling, so containment and extraction are important for cleanliness and repeatable performance.
Before final quotation, buyers should still confirm the actual formula, fill volume, container drawing, and whether the project also needs capping, labeling, or washdown planning. Semi-Automatic Powder Filler Stand can be configured around +/-1%, the real downstream pace, and the packaging style, but nozzle setup, anti-drip behavior, indexing, and cleaning logic should always be matched to the actual powder product instead of assumed from a broad machine category.
Optimization point
Semi-Automatic Powder Filler Stand sits in the powder filling machines family and is usually selected when powder projects need equipment aligned with bulk density changes instead of a one-size-fits-all machine.
Optimization point
With 600-1,200 BPH throughput, 10-500 g range, and +/-1% repeatability, the machine gives buyers a clearer starting point for balancing speed, giveaway, and container presentation.
Optimization point
PakFill normally checks 316L Stainless Steel, bottle handling, and downstream handoff so the machine fits Powder jar, Canister, and Bottle packs and future capping or labeling integration.
| Frame Material | 304 Stainless Steel |
|---|---|
| Contact Part Material | 316L Stainless Steel |
| PLC Brand | Siemens HMI and local controls |
| Pneumatic Brand | Festo |
| Electrical Brand | Schneider |
| Power Supply | 220V / 50Hz |
| Air Pressure | 0.4-0.6 MPa |
| Production Capacity | 600-1,200 BPH |
| Filling Accuracy | +/-1% |
| Heads / Stations | 1 |
| Filling Range | 10-500 g |
| Filling Principle | Semi-automatic auger dosing |
| Hopper Volume | 25 L |
| Applicable Container | jar, pouch, bottle |
| Power Consumption | 1.2 |
| Dimensions (L x W x H) | 850x720x1,780 mm |
| Weight | 180 kg |
Process notes
Container focus
Industrial automation platform for repeatable cycle control.
Clean actuation and globally serviceable pneumatic components.
Suitable for food, cosmetic, and chemical product contact areas.
Documentation and safety configuration prepared for export projects.
Material handling priorities
Powder can compact or loosen during feeding, which changes the dose behavior and affects weight consistency.
Fine powder can become airborne during filling, so containment and extraction are important for cleanliness and repeatable performance.
Powder projects often switch between jars, cans, and bottles, which makes feeding and container handling more complex than single-format lines.
Related Products
This automatic auger powder filling machine is designed for dry product dosing into bottles, jars, or bags.
Production Capacity
1,500-3,000 BPH
Heads / Stations
1
Filling Range
50-1,000 g
The dual-head powder filler is intended for higher-output jar and bottle powder packing lines.
Production Capacity
2,500-4,500 BPH
Heads / Stations
2
Filling Range
100-2,000 g
This 4-head powder filler is configured for higher-output dry product projects where dust control and steady auger supply both matter.
Production Capacity
3,000-5,500 BPH
Heads / Stations
4
Filling Range
50-1,500 g
FAQ
Yes, this model is considered for powder projects when the real product behavior, fill volume, and package style fit the machine's range. PakFill still checks viscosity, foaming, temperature, and container control before confirming the final configuration.
The most useful inputs are the actual product sample or formula type, target fill volume, container drawing, output target, and whether the project also needs capping, labeling, or other downstream equipment.
The final answer depends on the exact container dimensions, but this page is usually relevant for Powder jar, Canister, Bottle, and Pouch. PakFill also checks whether the machine's 10-500 g range and 600-1,200 BPH target remain realistic once the container changes.