High-Accuracy DNA Synthesis Delivering Industry-Leading Speed, Length, and Quality


  • Linear DNA from 1 to 7kb
  • Error rates as low as 1:70,000 bp
  • Delivered as fast as 7 days
  • Enabling the Synthetic Biology Revolution - on
  • Genetic Engineering & Biotechnology News

Rapid, High-Accuracy DNA Synthesis

Delivering Industry Leading Speed, Length, and Quality

With our innovative methods and technology we provide long, linear, high-accuracy DNA with a lightning fast turnaround time that saves weeks or more in comparison to assembling short DNA or using conventional gene synthesis services. Our unique ability to synthesize DNA at over 5kb in length while maintaining error rates as low as 1:70,000 bp avoids the time and costs spent assembling and correcting genes built from the shorter gene fragments or blocks that only increase in error the longer they get. Our ability to do this in days enables you to iterate through designs faster and complete development projects faster.

Featured Article | Elegen Launches ENFINIA™ DNA

March 21, 2023 — Elegen, a leader in DNA innovation, today announced that it has successfully concluded its early access program and is now offering global commercial access to its new class of double-stranded DNA, developed to power the synthetic biology revolution. Elegen’s ENFINIA™ DNA represents a major advance in the field, offering an unprecedented combination of length, speed, and accuracy to streamline synthetic biology workflows and scale to meet the demands of the growing bioeconomy.



Streamline your workflow going from design to experiment

Faster Turnaround


business days

DNA shipped in 6 - 8 business days, so you go from ideas to results faster

Longer DNA

up to7kb

in length

Delivering longer DNA, letting you focus on your discoveries

Superior Accuracy


sequence perfect molecules

DNA so accurate, it simplifies your workflow

  • Plan with confidence
  • Execute on time
  • Get more done

Save weeks iterating, months with every project


Featured Article | Enabling the Synthetic Biology Revolution

This recent article from our CEO and Founder, Matt Hill, details the ongoing challenge to unleash the limitless possibilities of synthetic biology. Discover how cutting-edge, high-fidelity long synthetic DNA is revolutionizing gene synthesis by short-circuiting the time-consuming build phase to accelerate the design-build-test-learn (DBTL) cycle to democratize the ability to engineer organisms and biological products to provide sustainable materials, energy, food, and therapeutics to the world.


Our Vision

The growing bioeconomy will demand synthetic biology performed on a scale not possible without innovation throughout the DNA and gene synthesis process. Elegen will help the builders in the next evolution of synthetic biology eliminate expensive, time and capital-intensive workflows by using innovative methods and technologies to provide fast-turnaround, high-accuracy, long, synthetic DNA.

Mathew Hill, Founder and CEO of Elegen


Innovation to Advance the Bioeconomy

Infectious Disease
Infectious Disease

The companies that delivered COVID-19 vaccines to market first have experienced sales that have exceeded $50 billion combined, by some estimates. As other therapeutic companies race to catch up by developing mRNA vaccine programs that place them in a leading position for a future outbreak, they are realizing that rapid, high-accuracy gene synthesis is critical to an efficient, streamlined mRNA production platform. Elegen is actively engaged with these companies, providing a solution to the limitations of their current service providers and tedious, costly DIY workflows.

Cell / Gene / Immunotherapy
Cell / Gene / Immunotherapy

Rapid access to high-accuracy long DNA for gene synthesis can help make your gene therapy platform scalable, robust, productive and simple. By delivering highly accurate linear synthetic DNA at lengths up to 7kb in just 7 days, cell and gene therapy programs can save 2-3 weeks with every order and over 3 months with every project by skipping early rounds of cloning and directly assembling custom expression cassettes into plasmids for downstream cell expansion.

Metabolic Engineering
Metabolic Engineering

The importance of synthetic biology to overcome the challenges facing food security and sustainability continues to grow at an exponential rate. To identify and study genes and pathways linked to desirable traits such as root growth and density, scientists use synthetic biology tools to build highly accurate de novo assemblies, or synthetic gene circuits, containing 10 or more genes that can reach over 40kb in size. Rapid access to high-accuracy long DNA at lengths greater than 5kb can eliminate early rounds of gene synthesis and assembly, cutting out as much as 10 weeks of assembly and cloning time – a cost savings of 25% or more.


The combination of synthetic biology and evolving cell-free technologies has shown promise as a core technology for just-in-time manufacturing of valuable small molecules, therapeutically relevant biologics, antibodies, cytokines, and more. Access to highly accurate longer synthetic DNA building blocks for gene synthesis can streamline the construction of multi-part programmable molecular circuits by removing early assembly and cloning steps – saving weeks if not months per project.


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