Injectable Bottle Powder Filling Machine is a specialized pharmaceutical equipment engineered for precise, sterile filling of dry powders into glass vials or bottles used for injectable formulations. Designed to meet the rigorous demands of aseptic manufacturing, this machine plays a critical role in producing antibiotics, vaccines, lyophilized products, and other moisture-sensitive or unstable injectables that cannot be stored in liquid form.
In modern pharmaceutical production, consistency, sterility, and efficiency are non-negotiable. An injectable bottle powder filling machine addresses these needs through high-speed, automated operation that significantly reduces manual labor while maintaining strict process control. Servo-driven systems and vacuum-pressure powder wheels enable reliable dosing across a wide range of fill weights, typically from 50 mg to several grams per vial, with accuracy often within ±1–3% depending on powder characteristics and controlled environmental conditions. Precise dosing is one of the machine’s core strengths. Uniform powder distribution ensures every vial receives the exact required quantity, supporting product consistency batch after batch. This level of accuracy minimizes costly rejects, improves yield, and helps manufacturers meet regulatory expectations for dosage uniformity. Features such as “no vial – no fill” interlocks further prevent wastage of expensive sterile powders by ensuring filling only occurs when a vial is correctly positioned.
Hygiene and contamination control are fundamental to injectable manufacturing. These machines are built to cGMP standards with product-contact parts typically made from SS 316L stainless steel. Components are designed for easy removal, allowing thorough cleaning, autoclaving, or sterilization between batches. Dust-free operation, combined with sealed hoppers and controlled powder handling, minimizes airborne particles, reduces product loss, and lowers the risk of cross-contamination—essential for maintaining aseptic integrity in cleanroom or isolator environments.
Versatility is another key advantage. The equipment accommodates various bottle and vial sizes (commonly 5 ml to 100 ml or more) and a range of powder types through quick-change parts and adjustable dosing systems. Many models support multiple dosing in a single cycle and integrate rubber stoppering on the same platform, creating a compact monobloc solution that saves space in sterile areas while streamlining the process from filling to partial or full bunging.
Advanced control systems, including PLC with HMI touchscreens, enable recipe management, real-time monitoring, and rapid changeovers. Optional features such as 100% checkweighing, automatic rejection of under- or over-filled vials, and compliance-ready documentation (IQ/OQ) further enhance process reliability and regulatory readiness. Safety mechanisms, including vial breakage detection and low-powder or low-stopper alarms, protect both product and equipment.
From an operational perspective, the machine delivers measurable benefits: higher throughput (often 60–240 vials per minute depending on configuration and fill volume), reduced labor dependency, lower waste, and improved batch-to-batch consistency. These advantages translate into better cost control, stronger compliance posture, and greater confidence in the quality of sterile injectable products reaching patients. Manufacturers and packaging engineers seeking reliable sterile powder filling solutions recognize the injectable bottle powder filling machine as a proven technology that balances speed, precision, hygiene, and flexibility. When specified and validated correctly, it supports efficient, high-quality production of critical injectable medicines while aligning with global pharmaceutical standards.
Sterilized dry bottles enter the machine via the in-feed turntable. Suitable guides then transfer the bottles onto a flat conveyor belt running at the required speed. A filling head is mounted on the machine top plate, aligned with the bottle path. When a bottle reaches the mechanical holder at the filling station, a bottle sensor detects it and activates the magnetic clutch mounted on the auger shaft. The auger rotates for a pre-set duration to dispense the desired quantity of powder into the bottle. Filled bottles are then conveyed onward by a stainless-steel conveyor belt to the sealing station.
Models | AI-DPM 12 | AI-DPM 16 |
Production Output | Up to 80 bottles/minute | Up to 120 bottles/minute |
Bottle Diameter | Up to 85mm | Up to 85mm |
Bottle Height | Up to 200mm | Up to 200mm |
Fill Volume | 5gms. To 70gms. in Single Dose with the help of change parts for different fill volume | 5gms. To 70gms. in Single Dose with the help of change parts for different fill volume |
Fill Accuracy | ± 2% Depending upon the Powder, under the controlled level of Humidity | ± 2% Depending upon the Powder, under the controlled level of Humidity |
Humidity | Below 28% Rh required on machine to be arrange by customer | Below 28% Rh required on machine to be arrange by customer |
Power | 2.0 H.P. For Machine and 3.0 H.P. For Vacuum Pump | 2.5 H.P. For Machine and 3.0 H.P. For Vacuum Pump |
Overall Dimension | 1700 mm (L) x 1000 mm (W) x 1800 mm approx. | 2000 mm (L) x 1200 mm (W) x 1800 mm approx. |
* Power voltage can be adjusted as per customer’s domestic power voltage requirements.
* Rights of technical improvements & modification reserved.
* Illustrations & dimensions are shown for information purpose only.
Sterilized dry bottles enter via an in-feed turntable and are guided onto a conveyor. When a bottle reaches the filling station, a sensor activates the magnetic clutch on the auger shaft. The auger rotates for a pre-set time to dispense the exact powder quantity. Filled bottles then move via a stainless-steel conveyor to the sealing or stoppering station.
The machine typically achieves a filling accuracy of ±2%, depending on the powder characteristics and when operated under controlled humidity below 28% RH.
Depending on the model, output ranges from up to 80 bottles per minute (AI-DPM 12) to up to 120 bottles per minute (AI-DPM 16), influenced by bottle size, fill volume, and powder type.
Yes. It is built as a monoblock cGMP-compliant model with product-contact parts designed for easy removal, cleaning, autoclaving, and sterilization. Features such as the toughened-glass safety cabinet and interlock systems support aseptic processing.
It is suitable for semi-free-flowing powders and supports fill volumes from 5 g to 70 g in a single dose (with change parts). Bottles up to 85 mm diameter and 200 mm height can be processed.
Key safety systems include “No Bottle – No Fill,” automatic machine stop when no bottles are detected on the infeed conveyor, low-air interlock, low-vacuum interlock, and a toughened-glass safety cabinet.
All product-contact parts are designed for easy removal to facilitate thorough cleaning, autoclaving, or sterilization. Tool-free adjustment of the doctor blade and wiper blade further simplifies setup and reduces downtime between batches.
Yes. It can be connected with upstream and downstream equipment such as bottle washing machines, sterilization tunnels, rubber stoppering units, capping machines, labeling systems, and inspection equipment to form a complete sterile injectable powder filling line.
Benefits include high dosing accuracy, reduced powder wastage, strong cGMP compliance, high-speed automated operation, easy maintenance, and improved batch consistency—helping manufacturers achieve better yield, lower labor costs, and reliable product quality.
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Connect with our engineering team to discuss your specific production requirements. We provide customized, cGMP-compliant machinery solutions designed to optimize your manufacturing facility and maximize output.
Adinath International manufactures high-precision pharmaceutical packaging machinery and production plants, providing reliable, hygienic, and efficient solutions for global pharmaceutical industries.
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