📍 Ahmedabad, Gujarat
🏭 30+ Years Experience
🌍 Exports to 25+ Countries
✅ GMP / cGMP / USFDA / EU-GMP
🏆 350+ Installations

Vial Powder Filling and Rubber Stoppering Machine in Ahmedabad, Gujarat, India

Trusted supplier and exporter of auger, vacuum, and dosing-disc type vial powder filling and rubber stoppering machines for sterile antibiotics, lyophilized cake, vaccine, biologics, and CDMO manufacturers. SS 316L construction with Ra ≤ 0.4 µm contact surfaces, integrated CIP / SIP, and 21 CFR Part 11-ready control under ISO 5 / Grade A unidirectional airflow.

Get Best Price in 2 Hours →Download Brochure (PDF)

30+

Years in Business

350+

Pharma Installations

25+

Export Countries

4.8★

Customer Rating (144 reviews)

5000+

Sq. Ft. Mfg. Facility

ISO

9001:2015 Certified

Vial Powder Filling and Rubber Stoppering Machine — Supplier & Exporter in India

Pharma Machinery India is a leading vial powder filling and rubber stoppering machine supplier in Ahmedabad, Gujarat, with a state-of-the-art SS fabrication facility, in-house design team, and 30+ years of experience building aseptic filling equipment for sterile pharmaceutical manufacturing. We are also a trusted vial powder filling and rubber stoppering machine exporter from India — our powder fillers run in 25+ countries including the USA, UK, Germany, Brazil, Mexico, the Middle East, Africa, and South-East Asia.

Our vial powder filling and rubber stoppering machine range covers auger type (50 mg – 50 g fill weight at up to 200 VPM), vacuum type (lyophilized cakes and micro-dose sterile fills at 5 mg – 5 g), and dosing-disc type (very small doses of vaccine, biologic, or potent API at 1 mg – 500 mg with ±0.25% accuracy). Every machine is fabricated from SS 316L stainless steel with Ra ≤ 0.4 µm contact surface finish, with integrated rubber stoppering inside the same ISO 5 / Grade A aseptic zone as the dosing operation.

Our powder fillers are designed for direct feed from a hot-air depyrogenation tunnel and downstream capping under oRABS or cRABS barrier technology. Whether you run a vaccine plant in Hyderabad, a biologics CDMO in Bangalore, a sterile injectables facility in Ahmedabad, or a beta-lactam antibiotic line in Cairo, we engineer a vial powder filling and rubber stoppering machine that meets your fill-weight accuracy, your product flow characteristics, and your regulatory environment.

📍 Supply Location: GIDC Industrial Estate, Ahmedabad, Gujarat — India. We supply and export vial powder filling and rubber stoppering machines pan-India and to 25+ countries with on-site installation, commissioning, IQ/OQ/PQ validation, and operator training.

On This Page (Table of Contents)

  1. Introduction
  2. What is a Vial Powder Filling and Rubber Stoppering Machine?
  3. Auger Type Vial Powder Filling and Rubber Stoppering Machine
  4. Vacuum Type Vial Powder Filling and Rubber Stoppering Machine
  5. Dosing-Disc Type Vial Powder Filling and Rubber Stoppering Machine
  6. Auger vs Vacuum vs Dosing-Disc
  7. Inside the 8-Stage Process
  8. Technical Specifications
  9. Aseptic Process Validation: 5-Step How-To
  10. USP, EP, and Annex 1 Compliance
  11. Inline Integration with Tunnel and Capping
  12. Why Choose Us as Your Supplier in India
  13. Machine Gallery
  14. Frequently Asked Questions
  15. Get a Quote in 24 Hours

What is a Vial Powder Filling and Rubber Stoppering Machine?

A vial powder filling and rubber stoppering machine is the aseptic-processing workhorse for any sterile powder injectable line. It doses a precise weight of sterile powder (antibiotic, lyophilized cake, API, vaccine, or biologic) into a sterile glass vial, then seats a sterile rubber stopper on top — all under ISO 5 / Grade A unidirectional airflow. Three dosing principles dominate pharmaceutical production:

  • Auger Type — rotating helical screw in a tube, best for free-flowing to slightly cohesive powders (antibiotics, oral powders, APIs) at 50 mg – 50 g fill weight with ±0.5% accuracy. Throughput 30–200 VPM.
  • Vacuum Type — negative-pressure dosing chamber, best for lyophilized cake reconstitution, micro-dose sterile fills, and cohesive powders at 5 mg – 5 g fill weight with ±1% accuracy. Throughput 30–120 VPM.
  • Dosing-Disc Type — precision disc with machined cavities, best for very small doses (1 mg – 500 mg) of vaccine, biologic, or potent API at the highest accuracy (±0.25%). Throughput 60–300 VPM.

All three configurations include integrated rubber stoppering in the same aseptic zone as filling. The machine is enclosed in an oRABS or cRABS with HEPA-filtered ISO 5 / Grade A laminar flow, sterile-filtered nitrogen blanketing for oxygen- and moisture-sensitive powders, and is built from SS 316L stainless steel with Ra ≤ 0.4 µm contact surfaces, full CIP / SIP capability, and 21 CFR Part 11-ready control.

Auger Type Vial Powder Filling and Rubber Stoppering Machine

What it is and when to use it

The Auger Type Vial Powder Filling and Rubber Stoppering Machine uses a servo-driven helical screw rotating inside a SS 316L tube to meter a fixed volume of powder per revolution. The auger turns a precise number of steps (or a precise number of revolutions) to deliver a calibrated dose into the vial below. Output: up to 200 vials/min with ±0.5% dosing accuracy on free-flowing powders.

Use this machine when:

  • your product is a free-flowing to slightly cohesive sterile powder such as a beta-lactam antibiotic, an oral powder for reconstitution, or a small-molecule API;
  • fill weights are 50 mg – 50 g;
  • you need high throughput with proven auger technology.

Key Engineering Features

  • Servo-driven auger metering: 2-8 auger dosing heads on a rotary indexing plate, each with a quick-change auger screw and a recipe-controlled step count for volume trim.
  • Tool-free auger changeover: auger screws released with a single lever and swapped in under 5 minutes for different fill weights or powder types.
  • Powder hopper with agitation: SS 316L conical hopper with low-shear agitation to keep cohesive powders flowing; sterile-filtered nitrogen blanket to prevent oxidation.
  • Integrated stoppering: vibratory bowl feeder orients sterile rubber stoppers; servo-driven pre-press head seats them to a recipe-defined depth.
  • CIP / SIP ready: fully drainable auger tubes and product contact parts with spray-ball coverage and steam-sterilizable dosing heads.
  • SS 316L contact parts: all wetted components in AISI 316L with Ra ≤ 0.4 µm electropolished finish; FDA-grade silicone or EPDM seals.
  • ISO 5 / Grade A aseptic zone: integrated laminar flow unit with H14 HEPA, airflow 0.36-0.54 m/s, full oRABS / cRABS enclosure with VHP decon port.
  • 100% in-process check-weighing: load cell under each dosing station; out-of-spec vials automatically rejected downstream.
  • PLC + HMI control: Siemens / Allen-Bradley PLC, 10-15″ color touchscreen, recipe storage, fill-weight trending, alarm history, 21 CFR Part 11 audit trail.

Specifications – Auger Type

Parameter Specification
Throughput 30–200 vials/minute, depending on vial format and fill weight
Vial Size Range 2 ml–100 ml tubular glass vials conforming to ISO 8362-1
Vial Diameter 14 mm–52 mm
Vial Height 30 mm–115 mm
Fill Weight 50 mg–50 g per dosing head
Dosing Heads 2–8 dosing heads, depending on the model
Dosing Accuracy ±0.5% for free-flowing powders and ±1% for slightly cohesive powders
Auger Material SS316L stainless steel with quick-change, tool-free auger replacement
Powder Hopper Volume 5–25 litres with agitation and nitrogen blanketing
Product Path SS316L stainless steel, finished to Ra ≤ 0.4 µm and suitable for CIP / SIP
Seals FDA-grade silicone / EPDM seals, with PTFE available as an option
Stoppering Vibratory bowl feeding with servo pre-press and adjustable stopper insertion depth
Stopper Sterilization Autoclave-ready stopper loading or in-line SIP configuration
Aseptic Zone ISO 5 / Grade A environment with H14 HEPA filtration and airflow velocity of 0.36–0.54 m/s
Barrier System Open RABS or closed RABS with VHP decontamination port
Powder Transfer Sterile split-butterfly valve or rapid transfer port from upstream equipment
Nitrogen Blanket Sterile-filtered nitrogen with 99.99% purity at 0.2–0.5 bar
Power Supply 415 V AC, 3-phase, 50–60 Hz
Power Consumption 8–14 kW
Compressed Air 5–7 bar oil-free compressed air, 200–400 litres/minute
Clean Steam for SIP 2–3 bar saturated clean steam, 30–60 kg/hour
WFI for CIP 2–3 bar, 200–500 litres/hour
Vacuum Up to −0.8 bar, 30–50 m³/hour for stopper placement
Noise Level ≤ 76 dB(A)
Machine Footprint 3,400–4,800 mm L × 1,800–2,400 mm W × 2,300–2,700 mm H
Machine Weight 2,800–5,200 kg
Warranty 12 months comprehensive warranty with lifetime technical support

Vacuum Type Vial Powder Filling and Rubber Stoppering Machine

What it is and when to use it

The Vacuum Type Vial Powder Filling and Rubber Stoppering Machine uses negative pressure to draw a fixed volume of powder into a precisely calibrated dosing chamber, then discharges the dose into the vial. The vacuum principle is gentle on cohesive, friable, or low-bulk-density powders and is ideal for lyophilized cake reconstitution (where the powder must not be compacted) and micro-dose sterile fills. Output: up to 120 vials/min with ±1% accuracy.

Use this machine when:

  • your product is a lyophilized cake, a low-bulk-density cohesive powder, or a micro-dose sterile fill;
  • you cannot tolerate auger-induced compaction or shear;
  • you need to dose a powder that flows poorly under gravity alone.

Key Engineering Features

  • Vacuum dosing chamber: SS 316L chamber with adjustable depth (1-20 mm) for fine-tuning fill weight; recipe-controlled vacuum level and dwell time.
  • Multi-head parallel dosing: 2-6 vacuum dosing heads on a rotary indexing plate, each with its own vacuum and discharge cycle.
  • Gentle powder handling: no auger, no compaction, no shear — ideal for lyophilized cakes, freeze-dried vaccines, and friable APIs.
  • Powder hopper with low-shear agitation: SS 316L conical hopper with gentle vibratory feed to keep cohesive powders flowing; sterile-filtered nitrogen blanket.
  • Integrated stoppering: vibratory bowl feed, servo pre-press, depth adjustable. Same aseptic zone as filling.
  • CIP / SIP ready: fully drainable dosing chamber and product contact parts with spray-ball coverage.
  • SS 316L contact parts: all wetted components in AISI 316L with Ra ≤ 0.4 µm; FDA-grade seals.
  • ISO 5 / Grade A aseptic zone: integrated laminar flow unit with H14 HEPA, 0.36-0.54 m/s.
  • 100% in-process check-weighing: load cell under each dosing station; out-of-spec vials rejected.

Specifications – Vacuum Type

Parameter Specification
Throughput 30–120 vials/minute, depending on vial format and fill weight
Vial Size Range 2 ml–100 ml tubular glass vials conforming to ISO 8362-1
Fill Weight 5 mg–5 g per dosing head
Dosing Heads 2–6 dosing heads, depending on the model
Dosing Accuracy ±1% of the set fill weight
Vacuum Level −0.3 to −0.8 bar with closed-loop vacuum control
Dosing Chamber SS316L stainless steel with adjustable dosing depth from 1 mm to 20 mm
Powder Hopper Volume 5–25 litres with agitation and nitrogen blanketing
Product Path SS316L stainless steel, finished to Ra ≤ 0.4 µm and suitable for CIP / SIP
Stoppering Vibratory bowl feeding with servo pre-press and adjustable stopper insertion depth
Aseptic Zone ISO 5 / Grade A environment with H14 HEPA filtration and airflow velocity of 0.36–0.54 m/s
Barrier System Open RABS or closed RABS with VHP decontamination port
Nitrogen Blanket Sterile-filtered nitrogen with 99.99% purity at 0.2–0.5 bar
Power Supply 415 V AC, 3-phase, 50–60 Hz
Power Consumption 8–13 kW
Compressed Air 5–7 bar oil-free compressed air, 200–400 litres/minute
Clean Steam for SIP 2–3 bar saturated clean steam, 25–50 kg/hour
WFI for CIP 2–3 bar, 200–400 litres/hour
Vacuum Pump Oil-sealed rotary vane vacuum pump with a capacity of 30–50 m³/hour
Noise Level ≤ 76 dB(A)
Machine Footprint 3,400–4,800 mm L × 1,800–2,400 mm W × 2,300–2,700 mm H
Machine Weight 2,800–5,000 kg
Warranty 12 months comprehensive warranty with lifetime technical support

Dosing-Disc Type Vial Powder Filling and Rubber Stoppering Machine

What it is and when to use it

The Dosing-Disc Type Vial Powder Filling and Rubber Stoppering Machine uses a precisely machined SS 316L disc with cavities (drilled, EDM, or wire-EDM holes of a calibrated volume) rotating under a powder bed. Each cavity fills with powder by gravity and scraper blade, then discharges the dose into the vial below at the indexing station. The dosing disc is the gold standard for very small doses and the highest accuracy. Output: up to 300 vials/min with ±0.25% accuracy.

Use this machine when:

  • you need the highest fill-weight accuracy on small doses (1 mg – 500 mg);
  • your product is a vaccine, biologic, or potent API;
  • you need to dose a powder with very controlled particle size where auger shear is unacceptable.

Key Engineering Features

  • Precision dosing disc: SS 316L disc with cavities of calibrated volume (0.1-500 mm³) drilled, EDM, or wire-EDM to ±0.001 mm tolerance.
  • Quick-change design — under 10 minutes for a different fill weight.
  • Multi-disc parallel dosing: 4-12 dosing discs on a rotary indexing plate, each with its own powder scraper and discharge cycle.
  • Scraper-blade powder control: adjustable scraper ensures consistent cavity fill, even with cohesive or slightly variable powders.
  • Powder hopper with low-shear agitation: SS 316L conical hopper with gentle vibratory feed; sterile-filtered nitrogen blanket.
  • Integrated stoppering: vibratory bowl feed, servo pre-press, depth adjustable. Same aseptic zone as filling.
  • CIP / SIP ready: fully drainable disc and product contact parts with spray-ball coverage.
  • SS 316L contact parts: all wetted components in AISI 316L with Ra ≤ 0.4 µm; FDA-grade seals.
  • ISO 5 / Grade A aseptic zone: integrated laminar flow unit with H14 HEPA, 0.36-0.54 m/s.
  • 100% in-process check-weighing: load cell under each dosing station; out-of-spec vials rejected.

Specifications – Dosing-Disc Type

Parameter Specification
Throughput 60–300 vials/minute, depending on vial format and fill weight
Vial Size Range 2 ml–50 ml tubular glass vials conforming to ISO 8362-1
Fill Weight 1 mg–500 mg per dosing disc
Dosing Discs 4–12 dosing discs, depending on the model
Dosing Accuracy ±0.25% of the set fill weight
Disc Cavity Volume 0.1–500 mm³, calibrated to ±0.001 mm tolerance
Disc Material SS316L stainless steel with quick-change, tool-free replacement
Disc Changeover Under 10 minutes per vial format
Powder Hopper Volume 3–15 litres with agitation and nitrogen blanketing
Product Path SS316L stainless steel, finished to Ra ≤ 0.4 µm and suitable for CIP / SIP
Stoppering Vibratory bowl feeding with servo pre-press and adjustable stopper insertion depth
Aseptic Zone ISO 5 / Grade A environment with H14 HEPA filtration and airflow velocity of 0.36–0.54 m/s
Barrier System Open RABS or closed RABS with VHP decontamination port
Nitrogen Blanket Sterile-filtered nitrogen with 99.99% purity at 0.2–0.5 bar
Power Supply 415 V AC, 3-phase, 50–60 Hz
Power Consumption 7–12 kW
Compressed Air 5–7 bar oil-free compressed air, 200–400 litres/minute
Clean Steam for SIP 2–3 bar saturated clean steam, 25–50 kg/hour
WFI for CIP 2–3 bar, 200–400 litres/hour
Noise Level ≤ 75 dB(A)
Machine Footprint 3,400–4,800 mm L × 1,800–2,400 mm W × 2,300–2,600 mm H
Machine Weight 2,800–4,800 kg
Warranty 12 months comprehensive warranty with lifetime technical support

Auger vs Vacuum vs Dosing-Disc: Which Powder Filler Do You Need?

The pharmaceutical industry uses three principal aseptic powder-filling methods. The right choice depends on powder flow characteristics, fill weight, dosing accuracy and the validation burden your quality assurance team can support.

Parameter Auger Vacuum Dosing-Disc
Best For Free-flowing to slightly cohesive powders, antibiotics and APIs Lyophilized cakes, low-bulk-density powders and cohesive formulations Vaccines, biologics, potent APIs and very small powder doses
Fill Weight Range 50 mg–50 g 5 mg–5 g 1 mg–500 mg
Throughput 30–200 vials per minute 30–120 vials per minute 60–300 vials per minute
Dosing Accuracy ±0.5% for free-flowing powders and ±1% for cohesive powders ±1% of the set fill weight ±0.25% of the set fill weight
Powder Flow Free-flowing to slightly cohesive powders Cohesive, low-bulk-density and lyophilized powders Free-flowing fine powders with controlled particle size
Shear / Compaction Moderate due to auger-induced powder movement Minimal, using controlled vacuum draw Low, using gravity filling and scraper levelling
Capital Cost (USD) $80K–$180K $60K–$150K $100K–$250K
Format Changeover Approximately 5 minutes for auger replacement Approximately 10 minutes for dosing-chamber depth adjustment Approximately 10 minutes for dosing-disc replacement
Validation Burden High: powder-flow studies, dust control and nitrogen-blanketing validation High: vacuum-integrity testing and powder-flow validation High: dosing-disc qualification and powder-flow validation
Common Downstream Vial capping, inspection and labelling Vial capping, inspection and labelling Vial capping, inspection and labelling
Particle Performance Excellent with validated closed-path dosing Excellent with validated closed-path dosing Excellent with validated closed-path dosing

Rule of Thumb: For free-flowing antibiotics and APIs in the 50 mg–50 g range, choose an auger filling system. For cohesive, low-bulk-density or lyophilized powders, choose a vacuum filling system. For vaccines, biologics and very small doses requiring the highest accuracy, choose a dosing-disc filling system.

Inside the Machine: 8-Stage Process

Each vial spends 2-8 seconds in the powder filler depending on format and number of stations. A typical 8-station process in our vial powder filling and rubber stoppering machine:

1

Infeed Indexing

Sterile, depyrogenated vials from the cooling conveyor enter a star-wheel infeed and are indexed one-by-one into the dosing positions.

2

No-Vial Detection

A photoelectric sensor confirms the vial is in position; if absent, the dosing cycle is skipped.

3

Vial Centering

Centering fingers grip the vial body and align it precisely under the dosing head (auger tube exit, vacuum chamber outlet, or dosing disc cavity).

4

Powder Dosing

The dosing head (auger, vacuum, or disc) delivers a precise powder dose into the vial. For auger, the screw turns a calibrated number of steps. For vacuum, the chamber is evacuated and the dose drawn in. For disc, the disc indexes one position to discharge a calibrated cavity.

5

Dose Verification

A 100% in-process check-weighing load cell under the dosing station verifies the dose weight; out-of-spec vials are tagged for downstream reject.

6

Needle / Chamber Withdrawal

The dosing head withdraws above the vial mouth as the star-wheel indexes to the next station.

7

Stopper Placement & Pre-Pressing

A vibratory bowl feeder orients a sterile rubber stopper; a gripper picks one stopper and places it on the vial mouth; a servo-driven pre-press head seats it to a recipe-defined depth.

8

Discharge

The filled, stoppered vial exits the aseptic zone to the capping machine conveyor. Out-of-spec vials (wrong dose, missing stopper) are automatically rejected.

Throughout the cycle, the controller logs fill weight (via in-process check scale), dosing head RPM or vacuum level, stopper depth, HEPA airflow, and air pressure to a 21 CFR Part 11 audit trail. The data is exported via Ethernet for batch records.

Vial Powder Filling and Rubber Stoppering Machine — Common Specifications

The table below summarizes the common specifications across our vial powder filling and rubber stoppering machine range. As a supplier in India, we customize output speed, vial format, dosing principle, and integration scope to meet your exact requirements.

Parameter Auger Type Vacuum Type Dosing-Disc Type
Throughput (VPM) 30–200 30–120 60–300
Vial Size Range 2–100 ml (ISO 8362-1) 2–100 ml (ISO 8362-1) 2–50 ml (ISO 8362-1)
Vial Diameter 14–52 mm 14–52 mm 14–30 mm
Vial Height 30–115 mm 30–115 mm 30–80 mm
Fill Weight 50 mg – 50 g 5 mg – 5 g 1 mg – 500 mg
Dosing Accuracy ±0.5% (free-flowing) ±1% ±0.25%
Dosing Heads / Heads 2–8 2–6 4–12
Material of Construction SS 316L contact parts, Ra ≤ 0.4 µm SS 316L contact parts, Ra ≤ 0.4 µm SS 316L contact parts, Ra ≤ 0.4 µm
Compressed Air 5–7 bar oil-free 5–7 bar oil-free 5–7 bar oil-free
WFI Supply 200–500 L/h 200–400 L/h 200–400 L/h
Clean Steam for SIP 30–60 kg/h 25–50 kg/h 25–50 kg/h
Power Supply 415V AC 3-phase 415V AC 3-phase 415V AC 3-phase
Control System PLC + HMI (Siemens / Allen-Bradley), 21 CFR Part 11 PLC + HMI, 21 CFR Part 11 PLC + HMI, 21 CFR Part 11
Aseptic Zone ISO 5 / Grade A, H14 HEPA ISO 5 / Grade A, H14 HEPA ISO 5 / Grade A, H14 HEPA
Capital Cost (USD) $80K–$180K $60K–$150K $100K–$250K

Common Features (Across All Models)

  • SS 316L construction throughout contact path with Ra ≤ 0.4 µm electro-polished surfaces
  • PLC + HMI automation with recipe management (Siemens / Allen-Bradley)
  • 21 CFR Part 11 ready controls for regulated markets (electronic records & signatures)
  • 100% in-process check-weighing under each dosing station
  • Out-of-spec vial divert with operator alarm
  • Tool-free or quick-tool changeover of auger / disc / chamber in < 10 minutes
  • CE-marked electricals, IP55 enclosures, and safety interlocks
  • IQ / OQ / PQ validation documentation supplied (DQ, IQ, OQ, MTCs, FAT, SAT, surface roughness reports)
  • Direct conveyor integration with hot-air depyrogenation tunnel and capping machine

Aseptic Process Validation: A 5-Step How-To

Validation is the foundation of aseptic powder manufacturing. The following sequence is a practical, audit-tested approach used by our customers’ QA teams. It aligns with WHO TRS 986 Annex 2, EU GMP Annex 1 (2022), 21 CFR 211.94, FDA Process Validation Guidance (2011), and the relevant USP chapters.

1

URS & Worst-Case Powder

Document the smallest and largest vial formats, the lightest and heaviest fill weights, the worst-case powder (most cohesive, finest particle size, lowest bulk density), the target dosing accuracy, the air cleanliness (ISO 5 / Grade A), and the line speed. Lock these in a User Requirements Specification (URS) before ordering.

2

IQ & OQ on Installed Machine

Run the IQ checklist (utilities, instrumentation, materials of construction, HEPA integrity, calibration) followed by OQ tests (no-vial dry cycle, alarm verification, sensor calibration, interlock function, gravimetric fill-weight verification at start / middle / end of cycle, powder flow rate mapping). Document deviations and resolutions.

3

Placebo Media Fill (Process Simulation)

Run 2 consecutive shifts at production scale using placebo powder (e.g., lactose / mannitol blend) in place of product. After the placebo dose, reconstitute each vial with sterile growth medium (soybean-casein digest broth). Incubate at 20-25°C for 7 days then 30-35°C for 7 days. Confirm contaminated vials < 0.1% per EU GMP Annex 1. Repeat for 3 successful runs.

4

Environmental & Personnel Qualification

Conduct viable and non-viable air monitoring, settle plates, contact plates, and active air sampling at the filling point during three media fills. Confirm Grade A (viable < 1 CFU/m³) and Grade B (viable < 10 CFU/m³) for the background. Qualify personnel through gowning and aseptic-technique requalification per Annex 1.

5

Performance Qualification (PQ)

Execute three consecutive production-scale batches of the actual product. Verify fill-weight accuracy per batch, stopper placement depth, environmental monitoring results, powder flow consistency, and 21 CFR Part 11 audit trail completeness. Issue the final validation report signed by QA, engineering, and production. Estimated timeline: 6-8 weeks. Estimated cost: $22,000 – $42,000.

USP, EP, and Annex 1 Compliance

Every machine is engineered and documented against the following standards:

  • USP <85> — Bacterial Endotoxin Test (LAL)
  • USP <788> — Particulate Matter in Injections
  • USP <789> — Particulate Matter in Ophthalmic Solutions
  • USP <905> — Uniformity of Dosage Units
  • USP <1207> — Container Integrity
  • EP 2.9.19 — Particulate Contamination
  • EP 2.6.14 — Bacterial Endotoxins
  • EU GMP Annex 1 (2022) — Manufacture of Sterile Medicinal Products
  • 21 CFR 211.94 — Drug Product Containers and Closures
  • 21 CFR Part 11 — Electronic Records and Signatures
  • FDA Process Validation Guidance (2011)
  • WHO TRS 986 Annex 2 — WHO GMP for Pharmaceutical Products
  • ISO 9001:2015 — Quality Management
  • CE Machinery Directive 2006/42/EC
  • ISPE Baseline® Guide — Sterile Product Manufacturing Facilities

Inline Integration with Tunnel and Capping

A vial powder filling and stoppering machine is rarely a standalone. It is the middle of a tightly synchronized aseptic line:

  • Upstream: Vial unscrambler → rotary gripper washer → depyrogenation tunnel → cooling conveyor
  • Powder Filler: Automatic vial powder filling and rubber stoppering machine (auger / vacuum / dosing disc)
  • Optional Lyophilizer: For pre-stoppered vials, the lyophilizer (freeze dryer) with auto-loading and final stoppering station
  • Capping: Aluminium cap sealing (if not done in the filler)
  • Inspection: Automated visual inspection for particles, cracks, fill weight, stopper presence, cap tightness
  • Labeling: Vial labeling machine with batch coding and serialization

Our powder fillers are designed for direct feed from our depyrogenation tunnels, with matched conveyor speed, pitch, and entry height. The exit feeds the capping machine conveyor with no operator handling between fill and cap.

Why Choose Us as Your Vial Powder Filling and Rubber Stoppering Machine Supplier in India?

There are many vial powder filling and rubber stoppering machine suppliers in India — but few combine 30+ years of sterile pharma engineering, in-house SS 316L fabrication, full validation documentation, and global export experience. Here is what makes Pharma Machinery India the preferred supplier in Ahmedabad, Gujarat:

  • ✅ 30+ years of experience in pharmaceutical sterile manufacturing equipment
  • ✅ 350+ vial processing machines installed across India and abroad
  • ✅ Exports to 25+ countries including USA, UK, Germany, Brazil, Mexico, UAE, Saudi Arabia, Bangladesh, Sri Lanka, Nepal, Kenya, Nigeria, Egypt, South Africa, Vietnam, Philippines, Indonesia
  • ✅ In-house SS 316L fabrication facility in Ahmedabad GIDC with CNC, TIG, and electro-polishing (Ra ≤ 0.4 µm)
  • ✅ GMP / cGMP / WHO-GMP / USFDA / EU-GMP Annex 1 (2022) compliant designs
  • ✅ SS 316L contact parts throughout with electro-polished surfaces
  • ✅ PLC + HMI automation (Siemens, Allen-Bradley) with 21 CFR Part 11 option
  • ✅ Complete validation documentation — DQ, IQ, OQ, MTCs, FAT, SAT, surface roughness reports, cleaning validation guide
  • ✅ Tool-free / quick-tool changeover in < 10 minutes between fill weights
  • ✅ Direct integration with hot-air depyrogenation tunnel and capping machine
  • ✅ Installation & commissioning pan-India and abroad with IQ/OQ execution support
  • ✅ 1-year comprehensive warranty with lifetime remote support via video call, TeamViewer, and WhatsApp Business
  • ✅ Spare parts kits shipped within 24–48 hours globally from regional warehouses

Industries We Serve

💊 Pharmaceutical & Biopharmaceutical
💉 Vaccine Manufacturing
🧬 Biological Products
❄️ Lyophilized Injectables
🩺 Sterile Antibiotics
🐄 Veterinary Injectables
🏭 CDMO Operations
🔬 Ophthalmic Sterile

Vial Powder Filling and Rubber Stoppering Machine Photo Gallery

Real photos of vial powder filling and rubber stoppering machines supplied and exported from our Ahmedabad facility — installed at sterile injectables, vaccine, biologics, and CDMO plants across India and abroad.

Auger type vial powder filling machine front view
Auger Type Powder Filler — 200 VPM
Vacuum type vial powder filling machine
Vacuum Type Powder Filler
Dosing-disc type vial powder filling machine
Dosing-Disc Type — 300 VPM
PLC control panel
PLC + HMI Control Panel
Integrated rubber stoppering
Integrated Rubber Stoppering
ISO 5 Grade A aseptic zone
ISO 5 / Grade A Aseptic Zone
Installed at sterile injectables plant
Installed at Sterile Injectables Plant
Export crating
Export Crating — Shipment to USA

Frequently Asked Questions — Vial Powder Filling and Rubber Stoppering Machine

Below are the most common questions we receive from buyers evaluating vial powder filling and rubber stoppering machine suppliers and exporters in Ahmedabad, Gujarat, and India. Have a different question? Send it to us here — we reply within 2 hours.

What is a vial powder filling and rubber stoppering machine?

It is an integrated aseptic system that doses a precise weight of sterile powder into a sterile glass vial and seats a sterile rubber stopper on top — all under ISO 5 / Grade A unidirectional airflow. It is the workhorse of any sterile powder injectable line (antibiotic, lyophilized, vaccine, biologic).

What is the difference between auger, vacuum, and dosing-disc powder fillers?

Auger: best for free-flowing powders (50 mg – 50 g) with ±0.5% accuracy. Vacuum: best for lyophilized cakes, low-bulk-density, and cohesive powders (5 mg – 5 g) with ±1% accuracy. Dosing disc: best for very small doses (1 mg – 500 mg) of vaccine or biologic at ±0.25% accuracy.

What is the difference between powder filling and liquid filling?

Powder filling uses auger, vacuum, or dosing-disc principles and is highly sensitive to powder flow properties (angle of repose, bulk density, particle size, cohesion). It requires dust control, nitrogen blanketing, and a carefully balanced aseptic-zone airflow to keep particles out of the Grade A environment.

What fill weight accuracy can a vial powder filler achieve?

Auger: ±0.5% (free-flowing) to ±1% (cohesive). Vacuum: ±1%. Dosing disc: ±0.25%. All are validated per USP <905> with gravimetric verification and 100% in-process check-weighing.

How is sterile powder handled in the aseptic zone?

Sterile powder is delivered in a closed, gamma-irradiated container and transferred under ISO 5 / Grade A airflow through a sterilizable split-butterfly valve or Rapid Transfer Port (RTP) into the filler’s dosing hopper, blanketed with sterile-filtered nitrogen.

How does the integrated rubber stoppering work on a powder filler?

A vibratory bowl feeder orients sterile rubber stoppers. A gripper picks one stopper per cycle, places it on the vial mouth, and a servo-driven pre-press head seats it to a recipe-defined depth. Pre-stoppered vials exit for capping; for lyophilized products, pre-stoppered vials enter a freeze dryer for final stoppering under vacuum.

What air cleanliness is required at the powder filling point?

ISO 5 / Grade A unidirectional airflow per EU GMP Annex 1 (2022) and USFDA aseptic-processing guidance. Powder filling is more challenging than liquid filling because powder particles become airborne during dosing — so the laminar flow must be carefully balanced.

How is a vial powder filler validated?

Validation follows a 3-stage approach: IQ/OQ on the installed machine, placebo media fill with growth medium per Annex 1 (contaminated vials < 0.1%), and performance qualification with three production-scale batches. Powder path is swab-tested for microbial recovery.

What utilities does a vial powder filling machine require?

415V AC 3-phase power, 8-15 kW connected load; 5-7 bar oil-free compressed air; clean steam for SIP; WFI for CIP; HEPA-filtered air for laminar flow; sterile-filtered nitrogen (99.99% purity) for powder blanketing; vacuum for powder transfer and stopper placement.

What is the difference between powder filling and lyophilization?

Powder filling doses a pre-made sterile powder. Lyophilization takes a liquid solution in a vial, freezes it, and removes water under vacuum to produce a powder cake inside the vial. A powder filler is used when the powder is supplied as a sterile bulk; a lyophilizer is used when the product is supplied as a liquid and must be dried in the vial.

Do you export vial powder filling and rubber stoppering machines outside India?

Yes. As a vial powder filling and rubber stoppering machine exporter based in Ahmedabad, Gujarat, we ship to 25+ countries including USA, UK, Germany, Brazil, Mexico, UAE, Saudi Arabia, Bangladesh, Sri Lanka, Nepal, Afghanistan, Egypt, Kenya, Nigeria, South Africa, Vietnam, Philippines, and Indonesia.

What after-sales support do you offer?

We provide 1-year comprehensive warranty, lifetime remote support via video call / TeamViewer / WhatsApp Business, on-site service across India and abroad, AMC options with preventive maintenance and recalibration, and spare parts kits shipped within 24-48 hours globally from regional warehouses. Standard delivery: 12-16 weeks for standard machines, 16-22 weeks for custom configurations. Installation and validation typically add 4-6 weeks on site.

Customer Outcomes

“We replaced our old volumetric cup filler with an auger-based powder filler for our beta-lactam antibiotic line. Fill-weight CV dropped from 1.8% to 0.32%, changeover between 500 mg and 1 g formats is under 8 minutes, and we passed three consecutive media fills on the first attempt.”

— Plant Director, Beta-Lactam Antibiotics Manufacturer, Hyderabad (reference available on request)

“The vacuum powder filler handled our lyophilized mAb cake at 12 mg per vial with ±0.8% accuracy — auger would have shattered the cake. N2 blanketing kept the moisture content below 0.5% throughout the run, and our QA team approved the PQ on the first submission.”

— Head of Manufacturing, Biologics CDMO, Boston, USA (reference available under NDA)

“Dosing-disc filler on our vaccine line gave us the ±0.18% accuracy we needed for a 50 µg antigen dose. Disc changeover for 1 mL and 2 mL formats is 7 minutes, and we run 280 VPM with 100% in-process check-weighing.”

— Production Head, Vaccine Manufacturer, Pune (reference available on request)

More Machines You Can Check Out

Explore other pharmaceutical machinery we supply and export from our Ahmedabad, Gujarat facility:

Vial Washing Machine →
Vial Depyrogenation Tunnel →
Automatic Vial Filling & Rubber Stoppering Machine →
Vial Cap Sealing Machine →
Vial Inspection Conveyor Booth →
Vial Labeling Machine →
External Vial Washing Machine →
Rotary Gripper Type Vial Washing Machine →

Get a Vial Powder Filling and Rubber Stoppering Machine Quote in 24 Hours

Tell us your vial size, fill weight, and throughput target. Our Ahmedabad engineering team will send a detailed quotation with specs, lead time, validation plan, and best price within 24 working hours.

📞 Call: +91-96012 74176
💬 WhatsApp Us
📝 Online Enquiry Form

Vial Powder Filling and Rubber Stoppering Machine — Service Areas

Primary service area: Ahmedabad, Gujarat, India. We also supply and export vial powder filling and rubber stoppering machines to:

India: Ahmedabad • Surat • Vadodara • Rajkot • Bhavnagar • Jamnagar • Gandhinagar • Mehsana • Bharuch • Ankleshwar • Vapi • Mumbai • Pune • Nashik • Aurangabad • Nagpur • Indore • Bhopal • Hyderabad • Bengaluru • Chennai • Visakhapatnam • Vijayawada • Coimbatore • Kochi • Goa • Delhi • Noida • Gurgaon • Faridabad • Lucknow • Kanpur • Chandigarh • Ludhiana • Ambala • Jaipur • Jodhpur • Udaipur • Kolkata • Guwahati • Patna • Ranchi • Bhubaneswar.

International (Exports): USA • UK • Germany • Brazil • Mexico • UAE (Dubai, Abu Dhabi, Sharjah) • Saudi Arabia (Riyadh, Jeddah, Dammam) • Bangladesh • Sri Lanka • Nepal • Afghanistan • Egypt • Kenya • Nigeria • Ethiopia • South Africa • Tanzania • Uganda • Ghana • Vietnam • Philippines • Indonesia • Myanmar • Malaysia • Thailand.