Product overview
Powder filling becomes difficult when the required dose changes frequently or when product density affects the quantity discharged during each cycle. A controlled auger system addresses this by measuring the product through a defined number of auger revolutions rather than relying on uncontrolled gravity flow.
The Semi Automatic Auger Powder Filling Machine uses this servo-controlled auger principle for moderate production requirements. It is intended for powders, dry powders, micro-granules and compatible free-flowing materials packed into bottles, jars and pouches.
Technogen Enterprise is a Manufacturer and Supplier of Semi Automatic Auger Powder Filling Machine equipment for Tanzania, providing a compact filling solution where manual container handling is acceptable but controlled powder dosing is required.
The filling assembly consists principally of a hopper, servo-driven auger screw and funnel. The servo motor operates through a servo drive and PLC, while the HMI provides the operator interface. Product quantity is metered by controlling the rotation of the auger screw.
The machine handles fill quantities from 5 grams to 1000 grams and can achieve approximately 20–25 bottles per minute, depending upon fill volume and powder density. Filling accuracy is stated at approximately ±1–2%, subject to powder characteristics and application conditions.
All powder-contact components are manufactured from AISI 316L Stainless Steel. A No Bottle–No Fill system helps avoid powder discharge when no container is present.
Its compact construction and castor wheels make the machine particularly practical for Tanzania manufacturers handling multiple small or medium powder batches where production flexibility is more important than a fully automatic conveyor line.
Working principle
- Powder is loaded into the machine hopper.
- The product moves towards the auger screw positioned above the filling funnel.
- When a container is correctly positioned below the filling point, the machine initiates the dosing cycle.
- The servo motor rotates the auger screw through the programmed number of revolutions.
- Because the amount of powder discharged is related to auger rotation, the PLC and servo drive control the dosing operation.
- The measured powder passes through the funnel and into the bottle, jar or pouch.
- A No Bottle–No Fill control prevents unnecessary powder discharge when a container is absent.
- After filling, the operator removes the container and positions the next one for the subsequent cycle.
- Machine operating speed can be adjusted through the Variable Frequency Drive.
Salient features
- CGMP Compact Model : Designed for hygienic powder filling with a compact footprint.
- Servo Auger Filling : Uses servo-controlled auger rotation for measured powder discharge.
- Filling Accuracy : Approximate accuracy of ±1–2% depending on powder characteristics.
- No Bottle–No Fill : Prevents powder discharge when a container is absent.
- AISI 316L Contact Parts : Powder-contact components are manufactured from Stainless Steel 316L.
- Stainless Steel Construction : Provides durable industrial machine construction.
- PLC Control : Coordinates the auger dosing cycle.
- HMI Operation : Provides operator access to machine controls.
- Variable Speed Control : VFD allows adjustment of machine operating speed.
- Mobile Construction : Castor wheels simplify movement and positioning of the machine.
- Low Maintenance Design : Developed for straightforward routine operation.
Safety & interlocks
- No Bottle–No Fill : Prevents filling when a container is not available beneath the filling head.
Optional / add-on features
- Human-machine Interface (HMI) for easy operating.
Applications & industries
The Semi Automatic Auger Powder Filling Machine is intended for moderate-output operations requiring controlled dosing of compatible powders and fine-grained products.
Typical filling applications include:
- Dry powders.
- Free-flowing powders.
- Micro-granules.
- Powder filling into bottles.
- Powder filling into jars.
- Powder filling into pouches.
The 5 gram to 1 kilogram dosing range provides flexibility where different pack sizes are produced on the same equipment.
For Tanzania businesses moving from manual powder filling towards controlled machine dosing, the semi-automatic configuration provides servo-based metering without requiring a complete automatic bottle-handling system.
Application items
- Dry powder filling.
- Free-flowing powder filling.
- Micro-granule filling.
- Bottle powder filling.
- Jar powder filling.
- Pouch powder filling.
- Small and medium batch powder filling.
- 5 gram powder filling.
- 1 kilogram powder filling.
- Servo auger dosing.
Technical specifications
| Parameter | TGAPF-20S |
|---|---|
| Automation Grade | Semi Automatic |
| Machine usage | To fill powder in Bottle, Jar and pouches |
| Brand | Technogen Enterprise |
| Filling Technology | Servo Based Auger Screw Rotation |
| Production Speed | 20 to 25 Bottles per minute depending upon the fill volume and powder density |
| Machine Speed Variation | Through Variable frequency Drive |
| Machine controlling | Though Programmable logic Controller (PLC) |
| Machine operating | Though Human Machine Interface (HMI) |
| Number of Powder Filling head | 1 No. |
| Fill Size | 5 Grams to 1 Kg. |
| Hopper Storage Capacity | 18 KG depending upon the powder Density |
| Electric Specification | 230 V Single phase 50 HZ |
| Change parts required | (A) Auger (B) Funnel |
| Electrical supply | 3 Phase + Neutral + Earthling |
| Powder Consumption | 0.75 KW |
| Net Weight | 300 Kgs. |
| Gross Weight | 525 Kgs. |
| Machine Dimensions | 1050 mm (L) x 1050 mm (W) x 1200 mm (H) |
Semi Automatic Auger Powder Filling Machine for Tanzania production
For manufacturers in Tanzania, Semi Automatic Auger Powder Filling Machine should be evaluated against the actual product, pack format, production schedule and operating environment. Compact servo-driven auger filler for dosing powders, dry powders and micro-granules into bottles, jars and pouches, with PLC-HMI control and filling range from 5 grams to 1 kilogram. The selected arrangement must suit both routine output and the changeovers expected during normal production.
Operating and product considerations
The dosing method is selected from the product behaviour and required fill range. Viscosity, density, foaming, suspended particles, powder flow or dosage form can influence the hopper, pump, auger, nozzle and container-handling arrangement. Product trials or representative samples reduce uncertainty before configuration.
Planning the complete production line
Tanzanian manufacturers should also define the container infeed, closure process, cleaning expectation and downstream labelling or secondary packaging. Reviewing these interfaces together helps establish a balanced line and prevents one machine from limiting the practical output of the complete process.
Information required for machine selection
- Product viscosity, density, foaming behaviour and suspended particles
- Minimum and maximum fill quantity with acceptable tolerance
- Container material, dimensions, neck opening and target output
Enquiries are supported for projects in Dar es Salaam, Dodoma, Mwanza, Arusha, Morogoro and other Tanzanian industrial locations. The final model, construction, output, documentation and support scope are confirmed in the commercial and technical offer.


