AkriVita

AkriVita

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Private Company

Funding information not available

Overview

AkriVita is a private, pre-revenue medical device company founded in 2019 and headquartered in San Diego, California. It has developed a proprietary platform for 3D-printing silica-based microcapillary needles with innovative features like a MultiPort design and sealed fine-point tips to address common industry pain points such as needle clogging, inconsistent delivery, and poor visibility. Targeting the dermatology and broader life sciences sectors, AkriVita's value proposition centers on accelerating biomedical research and improving clinical outcomes through superior precision and customization in microinjection tools.

DermatologyFertility

Technology Platform

Proprietary 3D-printing platform using a silica-based resin to manufacture microcapillary needles with innovative features like a MultiPort design (multiple side ports to reduce clogging), sealed fine-point tips for precision, and high-contrast materials for visibility. Enables customizable needle geometries with pre-calibrated consistency.

Opportunities

The global life science research tools and growing IVF markets represent a multi-billion dollar opportunity for a disposable consumable that improves precision and outcomes.
AkriVita's value proposition of saving time and expensive materials provides a strong economic incentive for lab adoption.

Risk Factors

Key risks include overcoming inertia in a conservative research tools market, successfully scaling manufacturing of 3D-printed medical devices, navigating regulatory pathways for clinical use, and potential competition from established life science giants.

Competitive Landscape

AkriVita competes against traditional glass microcapillary needles, which are inexpensive but inconsistent, and potentially against other emerging advanced manufacturing approaches. Established players like Eppendorf and The Drummond Scientific Company dominate the current market but have not yet commercialized a comparable 3D-printed, multi-port needle system.