For approved bottles, jars or rigid containers with compatible powders and granules, with manual or automatic container presentation below the filling nozzle.
Machine overview
H M Pharma Machines manufactures the Auger Powder Filling Machine in Ahmedabad, Gujarat, India for pharmaceutical, nutraceutical, cosmetic, food, chemical and allied production applications.
The Auger Powder Filling Machine uses manual or automatic container presentation below the filling nozzle for container and powder flow. Its approved process completes when filled containers transfer to weighing, closing or packing.
Detailed engineering for the Auger Powder Filling Machine aligns auger rotation, recipe, hopper level and no-container/no-dose control according to configuration with the approved application, target output, utility schedule and final line layout before the GA drawing is released.
Why this machine
The Auger Powder Filling Machine is intended for approved bottles, jars or rigid containers with compatible powders and granules; performance is assessed against the output and acceptance criteria stated for the approved configuration.
Manual or automatic container presentation below the filling nozzle.
Auger rotation, recipe, hopper level and no-container/no-dose control according to configuration.
For the Auger Powder Filling Machine, the materials and cleanability review follows this product-contact requirement: Powder-contact construction, enclosure, extraction and cleaning provisions are selected for the approved powder and hygiene requirement.
Container and dose changeover covers bottle guides, filling-nozzle position, the approved auger tooling and the corresponding recipe settings.
Filled containers transfer to weighing, closing or packing.
Operating process
The machine conditions approved powder in the hopper, meters it by controlled auger rotation and delivers each dose into a correctly presented container.
Powder is loaded into the hopper, where the agitator maintains feed to the auger, while bottles, jars or rigid containers are presented below the filling nozzle.
A sensor and container stop register the container at the dosing point; the no-container/no-dose control inhibits filling when a container is absent.
The calibrated auger turns by the programmed count and carries a repeatable volume of conditioned powder through the nozzle into the container.
The filled container leaves the dosing point for checkweighing, closing or packing, and the next container is admitted for filling.
Applications & selection
Injectable vial use requires a separately qualified aseptic auger and enclosure configuration; a general-purpose powder filler must not be assumed suitable.
For dry-syrup bottles, the auger meters approved free-flowing or conditioned powder after bulk density, dose range and bottle opening are trialed.
Nutraceutical powders can be dosed into compatible bottles or jars by selecting the auger, hopper agitation and recipe for the tested formulation.
Food and ingredient powders are filled after confirming flow behavior, dust control, target weight and cleanability of the product-contact path.
Cosmetic or compatible chemical powders require material, seal, dust-extraction and operator-exposure review before the filling configuration is approved.
The auger filler can run independently or exchange start, stop and container-flow signals with conveyors, checkweighers and closure equipment.
Technical details
| Machine | Auger Powder Filling Machine |
|---|---|
| Category | Powder Filling Machines |
| Suitable For | Approved bottles, jars or rigid containers with compatible powders and granules |
| Working Principle | A hopper agitator conditions the powder while a calibrated auger rotates by the programmed count to dispense the target dose. |
| Infeed / Handling | Manual or automatic container presentation below the filling nozzle |
| Outfeed / Transfer | Filled containers transfer to weighing, closing or packing |
| Machine Construction | GMP-oriented stainless-steel construction as defined in the approved scope |
|---|---|
| Contact Materials | Powder-contact construction, enclosure, extraction and cleaning provisions are selected for the approved powder and hygiene requirement. |
| Control System | Auger rotation, recipe, hopper level and no-container/no-dose control according to configuration |
| Changeover | Settings, guides and format parts matched to approved samples or drawings |
| Optional Scope | Servo auger, multiple heads, dust extraction, weighing and capping integration are configurable. |
| Line Integration | Standalone supply or integration with approved upstream and downstream machines |
| Configuration / Model | Auger powder dosing machine with manual or automatic container presentation. The final model code is assigned in the approved quotation. |
|---|---|
| Containers / Dose Range | Approved bottles, jars or rigid containers with compatible powders or granules. Dose range and container opening are selected from powder trials; hopper working volume follows the approved datasheet. |
| Dosing Method | A hopper agitator conditions powder feed while a calibrated auger turns by the programmed count to dispense the selected dose. |
| Heads / Selected Options | Head count follows the approved dose and output requirement. Servo auger drive, dust extraction, weighing and capping integration are configurable options. |
| Output Evaluation | Evaluate containers per minute at the agreed dose, powder bulk density and flow, auger size and speed, settling time, head count and container-indexing cycle. |
| Acceptance / FAT Basis | Dose-weight tolerance, sampling plan and FAT method are agreed after trials with the approved powder, dose and container. |
| Powder Contact / Cleaning | Hopper, agitator, auger, funnel or nozzle and seals are specified as powder-contact parts. Enclosure and extraction provisions suit the agreed dust, hygiene and cleaning requirements. |
| Electrical / Utilities | Voltage, phase, frequency and connected load follow the approved load list. Pneumatics, extraction or vacuum, containment and environmental interfaces are specified for the selected powder process. |
| Footprint / Line Interfaces | Final length, width and height are stated in the approved GA drawing, with container presentation and any checkweighing, closure or packing interfaces defined. |
| Dose / Format Change Parts | Select the auger, funnel or nozzle, rotation recipe, hopper agitation and container guides from powder trials, dose range and the approved container opening. |
| Warranty | Order-specific. Duration, commencement date, covered parts, exclusions and claim terms are stated in the approved quotation or order. |
| Installation / Commissioning Scope | Order-specific. The quotation states whether installation, commissioning, SAT and operator training are included, together with unloading, positioning, utilities, civil work, trial materials, travel and site responsibilities. |
Final specifications follow the approved quotation, layout, datasheet and project URS.
Options & project scope
Approved bottles, jars or rigid containers with compatible powders and granules.
Servo auger, multiple heads, dust extraction, weighing and capping integration are configurable.
Documentation for the Auger Powder Filling Machine records auger rotation, recipe, hopper level and no-container/no-dose control according to configuration, the confirmed utilities and the agreed acceptance tests; drawings, manuals and qualification records are supplied when ordered.
Controls & protection
Controls, alarms and interfaces are confirmed for the ordered configuration.
Auger rotation, recipe, hopper level and no-container/no-dose control according to configuration.
Infeed readiness: manual or automatic container presentation below the filling nozzle.
Approved transfer: filled containers transfer to weighing, closing or packing.
Configuration-specific: Electrical supply, compressed air, vacuum or extraction, containment and environmental interfaces are listed for the approved powder process.
Configuration-specific: Dose-weight tolerance, sampling plan and FAT method are agreed after approved powder trials.
Servo auger, multiple heads, dust extraction, weighing and capping integration are configurable.
Related machines
For the format drawings and change parts to review with the selected machine, read the machine change-parts guide.
Frequently asked questions
The Auger Powder Filling Machine meters powders by controlled auger rotation for pharmaceutical, nutraceutical, food, cosmetic and allied applications.
Suitable products and formats include approved bottles, jars or rigid containers with compatible powders and granules. Final suitability is confirmed from approved samples, drawings and process details.
A hopper agitator conditions the powder while a calibrated auger rotates by the programmed count to dispense the target dose.
The Auger Powder Filling Machine handles material using manual or automatic container presentation below the filling nozzle.
Throughput is determined by target dose, powder bulk density and flow, auger size and speed, settling time, number of heads and container indexing cycle.
The auger and funnel or nozzle, recipe, hopper agitation and container guides are selected from powder trials, dose range and the approved container opening.
Hopper, agitator, auger, funnel or nozzle and seals are specified as powder-contact parts; enclosure and extraction provisions are selected for dust, hygiene and cleaning requirements.
The available control scope includes auger rotation, recipe, hopper level and no-container/no-dose control according to configuration. Final alarms and interlocks are documented in the approved control specification.
Servo auger, multiple heads, dust extraction, weighing and capping integration are configurable.
The filler can accept indexed bottles or jars from an infeed system and transfer them to checkweighing and closure equipment, with no-container/no-dose and line-status handshakes.
The order can include auger and dosing-part details, calibration procedure, powder-contact material records, dust-extraction and utility schedule, electrical drawings, manuals, layout and dosing FAT protocol.
Please provide the following: powder properties and bulk density, dose range, container sample, output, extraction and accuracy requirement.
Contact us
Share your application and required capacity for a quotation.