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Vial Line

This machine is a washing, drying, and filling linkage unit for the production line of large infusion bottles. It is mainly used for cleaning, drying, filling, capping, and sealing 30-500ml molded bottles with easy to pull caps (aluminum-plastic caps). Using a disc type bottle washing machine, the bottles are transported in, rinsed with two water in one air, and sent to an oven through a screw or dial mechanism for hot air circulation drying. The sealing machine adopts 2-16 head filling, electromagnetic oscillation for capping, and three or single blade capping. The unit is designed with advanced technology and compact structure. Fully comply with GMP regulatory requirements.
  • INTRODUCTION
  • Technical Parameters

Fully Automated Washing, Drying, Filling & Stoppering Line for Infusion/Injection Vials

 

Introducing our state-of-the-art Integrated Vial Line, a seamless, high-speed automation solution designed for the sterile production of large-volume parenterals (LVPs) and small-volume parenterals (SVPs) in syringe and infusion bottles. This complete Vial Line Machine integrates four critical aseptic processes—precision washing, depyrogenation drying, aseptic filling, and sterile stoppering—into one continuous, synchronized operation. Engineered to function as a high-capacity Vial Filling and Capping Machine (with stoppering), it is the ultimate turnkey solution for pharmaceutical manufacturers requiring uncompromising sterility assurance, operational efficiency, and regulatory compliance for injectable formulations.


 

washing machine

washing machine

 

The washing machine of the vial large-volume wash–dry–fill–stopper integrated line is engineered to deliver thorough and consistent cleaning for infusion vials prior to drying and filling. Vials are automatically indexed into the washing station, where multi-stage internal and external rinsing is performed using purified water and compressed air to effectively remove particulates and residues. The system ensures stable bottle handling to prevent damage while maintaining high throughput suitable for large-volume production. With precise timing control and GMP-compliant construction, the washing machine provides reliable, repeatable cleaning performance, forming a critical foundation for high-quality vial infusion manufacturing.

drying oven

 

The drying oven of the vial large-volume wash–dry–fill–stopper integrated line is designed to ensure efficient and uniform drying of vials after the washing process. Vials are conveyed through a controlled hot-air circulation system that removes residual moisture while maintaining stable temperature distribution across the chamber. The oven supports continuous operation and high throughput, making it suitable for large-volume infusion production. With precise temperature control, reliable airflow management, and GMP-compliant construction, the drying oven provides consistent drying performance and prepares vials for accurate filling and secure stoppering in downstream processes.

drying oven

filling machine

filling machine

 

The filling machine of the vial large-volume wash–dry–fill–stopper integrated line is designed for high-accuracy and stable liquid dosing in pharmaceutical production. After washing and drying, vials are precisely transferred into the filling station, where servo-controlled filling nozzles dispense consistent volumes with excellent repeatability. The system supports large-volume liquid formulations while maintaining smooth flow control to minimize foaming and product loss. Advanced bottle positioning and anti-drip nozzle design ensure clean operation and reliable batch consistency. Manufactured with GMP-compliant materials, the filling machine provides efficient, hygienic, and continuous performance within high-capacity vial infusion production lines.

capping machine

 

The capping machine of the vial large-volume wash–dry–fill–stopper integrated line is designed to complete reliable stoppering and aluminum cap crimping after the filling process. Filled vials are accurately positioned for stopper insertion, followed by uniform crimping that secures the cap with consistent pressure and tightness. The stable mechanical structure ensures smooth operation, minimizing vial movement and preventing damage during high-capacity production. Equipped with precise control and automatic monitoring, the capping module guarantees leak-proof sealing and consistent closure quality. Built in accordance with GMP requirements, this machine provides dependable performance for large-volume vial infusion manufacturing lines.

capping machine


A Complete, Closed-Loop Aseptic Processing Core

 

This integrated line represents the pinnacle of sterile manufacturing technology, eliminating manual interventions and transfer points that pose contamination risks. The process begins with a high-efficiency Vial Washing Machine that thoroughly cleans bottles with WFI (Water for Injection) and filtered air. Vials are then transferred into a Depyrogenation Tunnel where validated dry-heat cycles eliminate pyrogens. The sterile vials enter a Class A protected zone where an Aseptic Piston Filler accurately doses the liquid formulation. Finally, the line incorporates a fully automatic Stoppering Machine that precisely inserts rubber stoppers under aseptic conditions. This seamless integration creates a robust, continuous Vial Line, dramatically reducing particulate and microbial ingress while maximizing throughput.


Engineered for Sterile Manufacturing Excellence

 

Built to meet the most stringent global cGMP standards and the enhanced guidelines of EU Annex 1, every component is designed for sterility assurance. The line features 316L stainless steel construction, fully automatic HEPA-filtered laminar airflow protection over critical zones (filling & stoppering), and a design fully compatible with CIP/SIP systems. As a sophisticated Vial Line Machine, it provides comprehensive environmental monitoring interfaces and employs technologies such as particle monitoring ports and uni-directional air flow principles to maintain the highest grade of aseptic processing.


Core Technical Features & Operational Benefits

 

  • Fully Integrated Continuous Process: Synchronized transfer between washing, drying, filling, and stoppering modules creates a true "linked" Vial Line, optimizing flow and minimizing bottlenecks.

  • High-Capacity Aseptic Filling: Piston-based filling technology ensures volumetric accuracy (±0.5%) for large and small volumes (50ml to 1000ml+), critical for infusion solutions.

  • Automatic Sterile Stoppering: The integrated stopper handling system (including bowl feeder, orienter, and insertion head) completes the container closure, functioning as the critical sealing component of this Vial Filling and Capping Machine system.

  • Advanced Process Control & Data Integrity: A centralized, GMP-compliant SCADA system provides unified control, real-time monitoring of all parameters (temperature, pressure, speed), and complete electronic batch records with 21 CFR Part 11 compliance.

  • Scalable & Validatable Design: The line is designed to support full validation (IQ, OQ, PQ), with clearly defined performance qualifications for each module and the integrated system.


Ideal Applications

 

  • Large Volume Parenterals (LVPs): Saline solutions, dextrose infusions, irrigation fluids, and parenteral nutrition bags/bottles.

  • Small Volume Parenterals (SVPs): Antibiotic vials, analgesic injections, and other liquid injectables in vials.

  • Diagnostic & Dialysis Solutions: Sterile water and solutions for diagnostic or hemodialysis applications.


Your Partner in Building Sterile Manufacturing Capacity

 

We provide a complete partnership, from initial line design and factory acceptance testing (FAT) to on-site installation, commissioning, and comprehensive performance qualification (PQ) support. Our validation experts ensure this integrated Vial Line Machine meets all regulatory expectations for the production of sterile injectables.

Washing machine Technical Parameters
Model Capacity (bottles/min) Power (kW) Power Supply Qualification Rate Dimensions (L×W×H) (mm)
MIC-18 30-50 1.5 380V 60Hz ≥ 99.9% 1300 × 1350 × 1700
MIC-24 60-100 1.5 380V 60Hz ≥ 99.9% 1500 × 1550 × 1700
MIC-32 100-200 2.0 380V 60Hz ≥ 99.9% 1800 × 1750 × 1800
MIC-48 200-300 2.0 380V 60Hz ≥ 99.9% 2000 × 1950 × 1800

 

drying oven Technical Parameters
Model Capacity (bottles/min) Power (kW) Power Supply Filling Accuracy Dimensions (L×W×H) (mm)
4/1 30-50 30.0 380V 60Hz ≥ 99% 10500 × 1500 × 2000
8/2 60-80 35.0 380V 60Hz ≥ 99% 11500 × 1600 × 2000
12/10 120-180 46.0 380V 60Hz ≥ 99% 12500 × 1600 × 2000
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