6-Station Integrated Production Line

 

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Station 01

NaCl Solution Preparation

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Station 02

Syringe Mold Development & Component Supply

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Station 03

Saline Filling & Stoppering

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Station 04

Automated Light Inspection Machine

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Station 05

Plunger Rod Insertion & Labeling

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Station 06

Pillow Packaging Machine

Station 01

NaCl Solution Preparation

Pharmaceutical-Grade Saline Compounding System

 

The production line begins with a fully automated WFI-based sodium chloride solution preparation system. A stainless steel jacketed compounding vessel (200–2,000 L, configurable) dissolves pharmaceutical-grade NaCl (0.9% w/v) under continuous stirring with temperature control (±0.5°C). Inline conductivity monitoring, pH adjustment, and 0.22 µm sterilizing-grade filtration ensure every batch meets USP <1>, EP 0193, and WHO TRS 961 specifications before transfer to the filling suite.

 

Key Features

 Automated CIP/SIP with full cycle documentation
 Inline conductivity and pH monitoring
 21 CFR Part 11 batch record generation
 Nitrogen blanket to prevent oxidation
WFI-Based USP <1> EP 0193 0.22 µm Filtration CIP/SIP

 

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Station 02

Syringe Mold Development & Component Supply

PP Barrel, Tip Cap & Plunger Stopper Tooling

 

DROFEN's in-house tooling division develops and manufactures all injection molds for the PP syringe components - barrel (3 ml / 5 ml / 10 ml), Luer-Lock tip cap, and plunger stopper. S136 stainless steel molds with 16–32 cavity configurations guarantee ≥1,000,000 shot service life. All components are produced in ISO Class 7 cleanrooms from USP Class VI / ISO 10993-compliant medical-grade PP resin, with 100% dimensional inspection by CMM and vision systems.

 

Key Features

 Mold flow analysis (Moldex3D) for every tool
 Anti-reflux backstop design on plunger stopper
 Luer-Lock geometry per ISO 594-2 / ISO 80369-7
 Full material traceability (CoA, CoC, DSC)
S136 Steel ISO Class 7 USP Class VI ISO 10993 CMM Inspection

 

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Station 03

Saline Filling & Stoppering

Aseptic Fill-Finish Under ISO 5 Laminar Air Flow

 

The core filling station operates under ISO 5 (Class 100) unidirectional laminar airflow within an ISO 7 background cleanroom. A servo-driven ceramic pump filling system achieves ±0.5% fill accuracy at speeds up to 220 syringes per minute. Integrated 100% in-process weight check (IPC) rejects any unit outside ±1.5% tolerance. Automated stoppering with force-feedback verification ensures complete stopper seating on every unit. CIP/SIP of all product-contact surfaces is fully automated with cycle documentation.

 

Key Features

 100% in-process weight check with auto-reject
 Stopper seating force-feedback verification
 Nitrogen overlay option for oxidation-sensitive batches
 Continuous environmental monitoring (viable + non-viable particles)
ISO 5 Cleanroom Ceramic Pump ±0.5% Accuracy CIP/SIP SAL 10⁻⁶

 

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Station 04

Automated Light Inspection Machine

AI-Powered Vision Inspection for PP Syringes

 

Polypropylene syringes present the most challenging inspection scenario in the industry - low optical clarity, conical shadow zones, and silicone oil droplets that mimic particulate matter. DROFEN's multi-spectral AI vision inspection system overcomes these obstacles with polarized LED illumination at multiple wavelengths, high-speed cameras (≥2,000 fps), and a deep-learning classification engine trained on 500,000+ PP syringe images. Detection accuracy reaches 99.5% for particles ≥50 µm, with false rejection rates reduced by 40% compared to rule-based systems. Full compliance with USP <790>, EU GMP Annex 1 (2022), and 21 CFR Part 11.

 

Key Features

 Simultaneous detection: particles, cosmetic defects, fill volume deviation
 Silicone oil droplet discrimination algorithm
 Automatic defect classification with image archiving
 OPC-UA integration with MES/SCADA systems
AI Vision Multi-Spectral LED USP <790> EU GMP Annex 1 PP-Optimized

 

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Station 05

Plunger Rod Insertion & Labeling

Servo Insertion with GS1 Serialization & Track-and-Trace

 

The plunger rod insertion station uses servo-electric actuators with force-displacement monitoring to insert and verify every plunger rod assembly. Insertion force (5–20 N, ±0.5 N accuracy) and backstop engagement are confirmed on each unit - any out-of-spec assembly is automatically rejected before labeling. An inline thermal transfer printer applies variable data (batch number, manufacturing date, expiry date, serial number) at 200 labels per minute. A 100% vision system immediately verifies label presence, print quality, and barcode readability. GS1 DataMatrix and GS1-128 serialization supports EU FMD, India CDSCO, Saudi SFDA, and FDA DSCSA track-and-trace requirements.

 

Key Features

 Force-displacement curve archived for every unit
 Anti-reflux backstop engagement sensor verification
 Thermal transfer printing: lot, expiry, serial number
 21 CFR Part 11 compliant audit trail
Servo Insertion GS1 DataMatrix EU FMD SFDA Track & Trace CDSCO

 

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Station 06

Pillow Packaging Machine

220 Packs/Min High-Speed Automated Packaging

 

The final station packages each labeled syringe into an individual pillow pack at 220 packs per minute - the headline throughput of the entire production line. Continuous film forming, nitrogen flushing (optional, headspace O₂ <1%), and precision heat sealing (±1°C temperature control) ensure hermetic, shelf-stable packaging. An integrated thermal transfer printer applies batch and expiry data to each pack, followed by 100% barcode verification. Automatic reject diverter removes any pack with failed seal integrity, missing label, or unreadable barcode. Compatible with PE/PP laminate and foil laminate film materials for standard and moisture-barrier applications.

 

Key Features

 100% seal integrity verification by pressure sensor
 100% barcode scan and DataMatrix verification
 Automatic reject diverter for failed packs
 Compatible with PE/PP and foil laminate films
220 packs/min Nitrogen Flush Heat Seal ±1°C GS1 Barcode Auto Reject

 

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Technical Specifications at a Glance

Overall Line

Maximum Throughput 220 syringes/min
Compatible Formats 3ml.5 ml.10 ml PP
OEE Target >85%
Format Changeover < 30 min (SMED)
Footprint ~120 m2(configurable)
 

Filling Station

Fill Volume Accuracy ±0.5%(CV)
Cleanroom Class ISO 5 LAF/ISO7 Background
Bioburden Control <10 CFU/m3
Stopper Seating Force-feedback verified
CIP/SIP Fully automated, documented
 

Inspection Station

Detection Accuracy (PP) 99.50%
Min. Detectable Particle ≥ 50 µm
False Rejection Reduction −40% vs. rule-based
Camera Speed ≥ 2,000 fps
Compliance USP <790>, EU GMP Annex 1
 

Labeling Station

Labeling Speed 200 syringes/min
Insertion Force Accuracy ±0.5 N
Label Verification 100% vision inspection
Serialization GS1DataMatrix.GS1-128
Compliance EUFMD.SFDA·CDSCO.DSCSA
 

Packaging Station

Packaging Speed 220 packs/min
Seal Temp Control ±1℃
Nitrogen Flush Headspace O< 1%(optional)
Film Changeover <15 min
Barcode Verification 100% GS1scan
 

Regulatory Compliance

GMP EU GMP.WHO GMP
Electronic Records FDA 21CFR Part 11
Sterile Mfg EUGMPAnnex1(2022)
Particulate USP<790>.EP2.9.20
Device Standard ISO 11040·ISO 13485
 

 

 

One-Stop CDMO Service - From Concept to Commercial Launch

 

DROFEN provides end-to-end project management across all 6 phases - a single contract, a single team, zero inter-vendor coordination overhead.

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Phase 01

Device Design & Engineering

Mechanism design, DFM analysis, human factors, material selection for PP syringe components

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Phase 02

Mold Development & Component Supply

PP barrel, tip cap & stopper molds; USP Class VI, ISO 10993 compliant; full material traceability

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Phase 03

Line Design, Build & FAT

Full 6-station line engineering; factory acceptance test at DROFEN facility before shipment

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Phase 04

Installation & Validation (IQ/OQ/PQ)

IQ/OQ: 4–6 weeks · PQ: 8–12 weeks · Complete DQ/IQ/OQ/PQ documentation package

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Phase 05

Regulatory Filing Support

CDSCO · SFDA · FDA · EMA - technical dossier, DMF preparation, and submission assistance

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Phase 06

Commercial Production Support

Spare parts, process optimization, 24/7 remote monitoring, on-site service within 48 hours

 

 
12–16 Weeks

To First Batch

 
>85% OEE

Contractual Guarantee

 
10 Years

Spare Parts Availability

 
4 Regulators

FDA · EU · CDSCO · SFDA

 

Priority Market Focus - India & Saudi Arabia

 

India

World's 2nd Largest Diabetic Population

India's Production Linked Incentive (PLI) scheme for medical devices provides significant capital support for domestic PFS manufacturing. DROFEN's CDSCO regulatory expertise and local service engineers (48-hour on-site response) make India a priority deployment market.

 

Diabetic Patients 101 million
Annual Saline Flush Demand >2 billion units
PLI Scheme Incentive Up to 20% production-linked subsidy
DROFEN Service CDSCO documentation + local engineers

Saudi Arabia

Vision 2030 - 40% Domestic Manufacturing Target

Saudi Arabia's Vision 2030 healthcare localization strategy mandates 40% domestic pharmaceutical manufacturing by 2030. DROFEN's SFDA registration support and Arabic-language technical documentation accelerate market entry for PFS production lines.

 

Addressable Population 55+ million (GCC)
Domestic Mfg Target 40% by 2030 (Vision 2030)
Government Programs SPIMACO · NIC · NIDLP
DROFEN Service SFDA registration + Arabic documentation

 

Ready to Build Your PFS Production Line?

 

Contact DROFEN MACHINERY for a free technical proposal, equipment quotation, and regulatory roadmap tailored to your target market. Our engineering team responds within 5 business days.