Orlance

Orlance

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Private Company

Funding information not available

Overview

Orlance is advancing the MACH-1 platform, a needle-free gene gun technology that delivers powdered DNA or RNA vaccines directly into the epidermis, aiming to reduce doses by up to 90% and eliminate cold chain requirements. The company has secured significant non-dilutive funding, primarily from NIH SBIR grants totaling over $16.8M, to progress its pipeline toward Phase 1 trials. With a lead universal flu vaccine at the pre-IND stage, Orlance is preparing for a $12M Series A round in 2026 and is actively seeking development partners to expand its portfolio of vaccine and immunotherapy assets.

Infectious DiseaseOncology

Technology Platform

MACH-1 needle-free epidermal delivery platform using pressurized gas to deliver powdered DNA/RNA vaccines into the skin, enabling dose-sparing, thermostable vaccines.

Opportunities

The platform addresses major global health challenges: thermostable, powdered vaccines eliminate cold-chain needs, expanding access in low-resource settings.
Dose-sparing potential (up to 90%) could drastically reduce manufacturing costs and increase supply during pandemics.
Needle-free delivery may improve patient compliance and enable rapid, large-scale immunization campaigns.

Risk Factors

The technology is unproven in humans, with Phase 1 trials not starting until 2027, carrying significant clinical development risk.
The competitive landscape for needle-free delivery is crowded, requiring clear differentiation.
The company is dependent on securing a $12M Series A in 2026 and future partnerships to fund operations and advance its pipeline.

Competitive Landscape

Orlance competes with other needle-free delivery technologies such as jet injectors (e.g., PharmaJet), microneedle patches (e.g., Vaxxas, Micron Biomedical), and other epidermal delivery systems. Its key differentiators are the combination of powdered nucleic acid formulation, precise epidermal targeting for dose-sparing, and the elimination of cold chain, positioning it for use in resource-limited settings.