Elektrofi

Elektrofi

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Private Company

Total funding raised: $24M

Overview

Elektrofi is a private, Boston-based biotech company founded in 2018, specializing in advanced drug delivery platforms. Its proprietary Hypercon™ microparticle technology enables the ultra-high concentration of biologic drugs, facilitating patient-friendly subcutaneous administration instead of lengthy IV infusions. The company has secured significant partnerships with major pharmaceutical firms like Janssen and Eli Lilly and recently closed a substantial $112.25 million Series C financing to scale manufacturing and advance clinical programs. Elektrofi operates as a platform technology company, driving a portfolio of partnered programs toward clinical development.

Drug Delivery

Technology Platform

Hypercon™: A proprietary hyper-concentration microparticle platform that enables the formulation of high-dose biologic drugs into low-volume, stable suspensions for subcutaneous injection, achieving concentrations up to 500 mg/mL.

Funding History

2
Total raised:$24M
Series A$20M
Seed$4M

Opportunities

The strong trend toward patient-centric, subcutaneous administration of high-dose biologics represents a massive market opportunity.
Successful partnerships with Janssen and Lilly provide a pipeline of potential blockbuster programs, and integration with Halozyme's commercial infrastructure and complementary ENHANZE® technology could create a dominant drug delivery ecosystem.

Risk Factors

The company's success is dependent on the clinical performance of its platform within partners' assets and on partners' continued prioritization of these programs.
It operates in a competitive drug delivery landscape and faces integration risks following its acquisition by Halozyme.

Competitive Landscape

Elektrofi competes in the high-concentration subcutaneous delivery space with companies like Halozyme (ENHANZE®), which uses a recombinant hyaluronidase enzyme, and other firms developing viscosity-reducing excipients or alternative formulation technologies. Its microparticle approach offers a differentiated mechanism to achieve ultra-high concentrations.