Arsenal Medical

Arsenal Medical

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Private Company

Total funding raised: $60M

Overview

Arsenal Medical leverages a proprietary biomaterials platform to create transformative medical devices for critical care in neurovascular and trauma settings. Its lead programs include ResQFoam, an FDA Breakthrough Device for abdominal hemorrhage control, and NeoCast, an injectable material for deep neurovascular occlusion, which has completed a First-in-Human study. The company is backed by prestigious scientific founders, a seasoned management team, and has secured significant non-dilutive funding from government agencies, positioning it to advance its pipeline through clinical development.

TraumaNeurovascular

Technology Platform

Proprietary biomaterials platform engineering materials with specific physical/chemical properties (e.g., shear-thinning, rapid expansion) for therapeutic functions like hemorrhage control and vascular occlusion, delivered via minimally invasive methods.

Funding History

2
Total raised:$60M
Series B$35M
Series A$25M

Opportunities

The company addresses large, underserved markets in trauma and neurovascular care where current solutions are limited.
Its strong non-dilutive funding from U.S.
government agencies provides validation and capital to advance programs.
Success with initial products could enable platform expansion into adjacent surgical and interventional applications.

Risk Factors

The company faces significant clinical development and regulatory approval risks for its lead candidates.
Commercial adoption in established medical protocols is non-trivial and requires demonstrating clear superiority.
Future capital needs for late-stage trials and manufacturing scale-up present execution and funding risks.

Competitive Landscape

In trauma, Arsenal competes with other hemostatic agents, gauzes, and devices for internal hemorrhage, but ResQFoam's mechanism of action appears distinct. In neurovascular embolization, NeoCast would compete against established liquid embolics (e.g., Onyx), coils, and particles. Differentiation hinges on its deep penetration and material properties.