


Ampoule Packaging Machine is specialized equipment designed for the automated filling, sealing, and packaging of ampoules—small, sealed glass or plastic containers used to store liquid or solid pharmaceutical, cosmetic, chemical, or biotech products. These machines are critical in industries requiring high precision, sterility, and efficiency, such as pharmaceuticals, where ampoules are used for vaccines, injectables, and other sensitive substances. Ampoule Packaging Machine is widely preferred by pharmaceutical manufacturers for producing sterile, oxidation-free, and leak-proof ampoules suitable for injectable products. It operates on the slant traveling principle, where ampoules move in an inclined position through various stations, ensuring gentle handling, high speed, and consistent quality. Below is a detailed description of an Ampoule Packaging Machine based on its features, working principles, and applications:
Ampoule Loading: Empty, pre-sterilized ampoules are fed via an infeed conveyor or hopper onto a wire mesh belt or slant rack, often from a sterilization tunnel.
Washing and Sterilization: Ampoules are cleaned using rotary washing machines and sterilized via dry heat or depyrogenation tunnels to remove contaminants and pyrogens.
Filling: Ampoules are precisely filled with liquid or solid substances using dosing pumps. Nitrogen purging before and after filling minimizes contamination risks. The filling process is often guided by neck-centering mechanisms for accuracy.
Sealing: The filled ampoules move to a sealing station where pre-warming (low-pressure flame) prepares the glass, followed by high-pressure flame sealing or vacuum stoppering. Rotating rollers ensure uniform sealing.
Inspection and Labeling: Post-sealing, ampoules undergo automated inspection for defects or contaminants. Labeling machines apply compliant labels with precision.
Packaging: Ampoules are collected on trays or packed into blisters (e.g., ALU/ALU or PVC/ALU) or cartons for secondary packaging. Some lines integrate cartoning machines for final boxing.
Discharge: Sealed and labeled ampoules are collected in upright positions on trays or conveyed for further processing or packaging.
Empty washed & sterilized ampoules loaded onto infeed hopper of the machine. From where it has been received to receiving rack through starwheel/cassette. The moving rack which moves horizontally collect one/two/four/eight ampoules from the receiving rack and transfer the ampoule to the machine in left to right in an inclined position. During ampoule movement Pre-gassing, Filling, Post Gassing, Pre-heating & Sealing Station perform filling and sealing operations. At the end duly filled and sealed ampoules get collected automatically onto collection tray of the machine. For detailed working process please explore Automatic Ampoule Filler Video in top right section of this page.
Model | AFS-1 | AFS-2 | AFS-4 | AFS-8 |
No. of Head | Single | Two | Four | Eight |
Syringes | One | Double | Four | Eight |
Ampoule Sizes | 1 ml to 30 ml | 1 ml to 30 ml | 1 ml to 20 ml | 1 ml to 20 ml |
Filling Speed | Up to 25 ampoules/minute | Up to 50 ampoules/minute | Up to 100 ampoules/minute | Up to 200 ampoules/minute |
Filling Precision | ± 1% | ± 1% | ± 1% | ± 1% |
Filling Pump | Piston Pump | Piston Pump | Piston Pump | Piston Pump |
Burner Gas | LPG & Oxygen (O₂) | LPG & Oxygen (O₂) | LPG & Oxygen (O₂) | LPG & Oxygen (O₂) |
Nitrogen Arrangement | Before & After Filling | Before & After Filling | Before & After Filling | Before & After Filling |
Number of Fill Nozzles | One | Two | Four | Eight |
Number of Nitrogen Nozzles | Two | Four | Eight | Sixteen |
Number of Sealing Burners | Two | Four | Eight | Sixteen |
Power Required | 0.5 H.P. | 1 H.P. | 1 H.P. | 2 H.P. |
Power Voltage | 230 Volts, Single Phase, 50 Hertz, 4 Wire System | 230 Volts, Single Phase, 50 Hertz, 4 Wire System | 230 Volts, Single Phase, 50 Hertz, 4 Wire System | 230 Volts, Single Phase, 50 Hertz, 4 Wire System |
Contact Parts | Made from Stainless Steel 316L | Made from Stainless Steel 316L | Made from Stainless Steel 316L | Made from Stainless Steel 316L |
Overall Dimension | 915mm (L) x 610mm (W) x 965mm (H) approx. | 915mm (L) x 760mm (W) x 965mm (H) approx. | 1200mm (L) x 1070mm (W) x 965mm (H) approx. | 2200mm (L) x 1400mm (W) x 1100mm (H) approx.B |
* 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.
Ampoule Packaging Machines are engineered to handle the entire process of preparing, filling, sealing, and sometimes labeling ampoules, ensuring compliance with stringent standards like cGMP (current Good Manufacturing Practices). Key features include:
An Ampoule Packaging Machine is a fully automatic monoblock system designed for high-precision filling, sealing, and packaging of glass ampoules used in pharmaceuticals, cosmetics, and biotech industries. It follows the slant traveling principle, where ampoules move gently in an inclined position through stations for loading, nitrogen gassing (pre, during & post-filling), piston pump filling, pre-heating, and flame sealing with LPG & Oxygen. This ensures hermetic, leak-proof seals while maintaining sterility. The machine integrates seamlessly with sterilization tunnels and laminar airflow systems for aseptic processing.
The machine is available in 1 to 8 head models (AFS-1 to AFS-8) and handles ampoule sizes from 1 ml to 30 ml (depending on the model).
Filling accuracy is ±1% with piston pumps. Quick format changeover with minimum change parts allows easy switching between different sizes.
Key safety and quality features include:
This machine is ideal for:
It ensures sterility, dosing accuracy, and product integrity, making it perfect for any application requiring single-dose, contamination-free packaging.
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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.
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