Microfluidic Solutions for Vaccines & Gene Therapy

Optimizing mRNA, LNP, and Gene Delivery at Scale

NanoSynthes empowers the production of mRNA vaccines, lipid nanoparticles (LNPs), and gene therapies through advanced microfluidic technology—ensuring clinical-grade precision, high encapsulation efficiency, and reliable scalability from R&D to GMP-compliant manufacturing.

Why Microfluidics for Vaccine & Gene Therapy?

  • Efficient LNP & Nanocarrier Formation

    Precise lipid mixing ensures optimal particle size & encapsulation efficiency.

  • Scalable from R&D to GMP Manufacturing

    Seamless scale-up with controlled batch-to-batch reproducibility.

  • High Drug Encapsulation Efficiency

    Improves payload protection & delivery for mRNA, siRNA, and gene therapies.

  • Regulatory-Ready Nanoparticle Production

    Meets pharmaceutical-grade production standards with GMP compliance.

Applications in Vaccines & Gene Therapy

NanoSynthes ensures that mRNA and gene-based therapies achieve high reproducibility, efficiency, and clinical scalability, eliminating bottlenecks in biopharma production.

mRNA & DNA Vaccines

Streamlined production for COVID-19 and next-gen vaccines.

Gene Therapy Delivery

High-precision nanocarriers for CRISPR, siRNA, and genetic treatments.

LNP-Encapsulated Biologics

Stable delivery of biologics with superior bioavailability.

Commercial Biopharma Manufacturing

Scalable, regulatory-ready solutions for vaccine developers.

Why Pharma Leaders Choose NanoSynthes?

  • Industry-Proven Technology

    Trusted in LNP-based vaccine manufacturing.

  • GMP-Ready, Scalable Solutions

    From small batches to high-volume production.

  • Minimize degradation, maximize bioavailability.

    Reduced waste & optimized resource usage

  • Expert Bioprocess Support

    End-to-end consultation from R&D to full-scale commercialization.

Scale Your Vaccine & Gene Therapy Development Today

Our microfluidic platforms help you accelerate next-generation mRNA vaccines, gene therapies, and biologics with unmatched efficiency.

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