High-Speed, High-Precision 4-Head Liquid Filling and Rubber Stoppering Machine for Pharmaceutical, Injectable, and Biotech Packaging
The Harsiddh Four Head Liquid Vial Filling Stoppering Machine is a heavy-duty, high-output monoblock packaging unit engineered to meet the stringent demands of sterile liquid filling facilities. Designed for commercial pharmaceutical manufacturing, injectable processing, and biotech applications, this machine combines four synchronized volumetric filling nozzles with automated rubber stoppering on a unified, high-efficiency frame. By dispensing four vials simultaneously and immediately applying rubber stoppers, it delivers high production speeds without compromising cleanroom space or sterile conditions.
High-Performance Packaging Engineering for Sterile Liquids
In modern pharmaceutical operations, scaling up liquid fill capacity while adhering to strict cGMP hygiene requirements requires efficient, compact engineering. The Four Head Liquid Vial Filling Stoppering Machine balances high speed with high precision by organizing the workflow across a 4-nozzle diving bridge, integrated vibratory stopper feed, and synchronized indexing platform.
By executing both four-channel filling and stopper insertion on a single compact chassis, the equipment minimizes transit time between stations, drastically reducing the risk of airborne particulate contamination.
Step-by-Step Operational Workflow & Technical Anatomy
[ In-Feed Rotary Turntable ] → [ 4-Head Precision Liquid Dosing ] → [ Automated Stopper Placement ] → [ Outfeed Collection Tray ]
1. Automated In-Feed & Starwheel Indexing
Sterile glass or plastic vials are transferred from an in-feed rotary turntable onto a heavy-duty indexing starwheel. The mechanism captures four vials simultaneously, aligning them beneath the four filling nozzles with smooth, non-vibrational transport that prevents bottle-to-bottle friction or tipping.
2. Quad-Head Diving Liquid Filling
Four synchronized volumetric piston pumps (or peristaltic pumps) dispense liquid through sub-surface diving nozzles. As liquid enters the vials, the nozzles gradually rise from the bottom to prevent splashing, air entrapment, and foaming on the vial neck, ensuring a clean surface for rubber stoppering.
3. Automatic Vibratory Rubber Stoppering
Rubber stoppers are sorted in an overhead stainless steel vibratory bowl and delivered down a precision chute. Synchronized pick-and-place rubber stoppering heads pick up stoppers and press them firmly into the vial necks immediately after the liquid is filled.
4. Continuous Outfeed Discharge
Fully filled and stoppered vials pass out through the discharge starwheel onto an outfeed conveyor or collection tray, moving seamlessly downstream toward aluminum capping and labeling machinery.
Salient Features
- Sub-Surface Diving Nozzles: Drip-free diving nozzles with positive cut-off eliminate droplets on the neck of the vial, preserving product purity and sealing integrity.
- Tri-Clamp Sanitary Architecture: All fluid paths feature sanitary tri-clamp fittings and polished SS 316L surfaces for quick disassembly during Cleaning-in-Place (CIP) and Sterilization-in-Place (SIP) routines.
- Rapid Tool-Less Changeovers: Starwheel change parts and height-adjustable dosing bridges make converting between various vial sizes (2 ml to 100 ml) simple and efficient.
- AC Variable Frequency Drive (VFD): Stepless speed adjustment enables fine-tuning of machine capacity to match upstream or downstream line speeds.
- Safety Enclosure: Transparent acrylic/shatterproof glass safety doors with safety interlock switches stop machine operations automatically whenever a panel is opened.
Technical Specifications
| Feature / Parameter | Specification |
|---|---|
| Model | HS-LVFS-4H (Four Head Series) |
| Production Capacity | 60 to 120 Vials / Minute (Depending on fill volume & product viscosity) |
| Number of Heads | 4 Liquid Filling Nozzles + Automated Stoppering Station |
| Filling Range | 2 ml to 100 ml (With interchangeable piston pump sets) |
| Filling Accuracy | ±0.5% to ±1% |
| Applicable Containers | Molded & Tubular Glass Vials, Plastic Vials |
| Stopper Types | Rubber Stoppers (Full Stoppering or Partial Lyophilization Stoppering) |
| Contact Parts Material | Stainless Steel 316L / Pharmaceutical-Grade Silicone Tubing |
| Non-Contact Frame | Stainless Steel 304 with Safety Enclosure |
| Control System | Siemens / Allen-Bradley PLC with Color Touchscreen HMI |
| Power Supply | 415V / 220V, 3-Phase, 50/60 Hz |
| Air Consumption | 4 to 6 CFM @ 6 Bar Pressure |
| Compliance | cGMP, WHO, US-FDA Standards |
Benefits of the Four Head Monoblock Solution
- Double the Production Capacity: Delivers up to 120 vials per minute, doubling the throughput of standard dual-head models without doubling cleanroom footprint demands.
- Reduced Human Exposure: Full automation from vial indexing through rubber stoppering eliminates manual handling and dramatically reduces cleanroom contamination risks.
- API Waste Minimization: Micro-dosing pump accuracy prevents liquid overfill, protecting high-value Active Pharmaceutical Ingredients (APIs) and injectables.
- Complete Validation Documentation: Supplied with full DQ, IQ, OQ, and PQ documentation packages to support seamless regulatory audits.
Frequently Asked Questions
Can this machine perform both full stoppering and partial stoppering for Lyophilization?
Yes. The stoppering mechanism can be set for full rubber stoppering (standard liquid injectables) or partial/half stoppering for vials requiring freeze-drying (Lyophilization) prior to final capping.
Does it support both volumetric piston pumps and peristaltic pumps?
Yes. The machine can be configured with either mirror-polished SS 316L volumetric piston pumps for high repeatability or a multi-channel peristaltic pump system for sensitive biological liquids using single-use tubing pathways.
What happens if one or more vials are missing on the starwheel?
The machine is built with optical "No Vial – No Fill" and "No Vial – No Stopper" sensors. If a position is empty, only that specific nozzle and stoppering channel will pause for the cycle, avoiding product waste and equipment contamination.
How long does a full product or vial size changeover take?
With tool-less change parts and quick-release sanitary clamps, changing starwheels, guide rails, and dosing volumes between different vial sizes takes approximately 20 to 30 minutes.





