Arsenal Medical

Arsenal Medical has developed in-situ forming foams to provide local therapy for acute hemorrhage and other critical clinical conditions including vascular injury and repair.

Unique Arsenal Foam properties include

Conformal contact with injured tissues in complex anatomies, even in the presence of severe bleeding
Ability to tamponade bleeding vessels in intricate spaces without direct visualization

Minimally invasive delivery of liquid-state foam precursors through a compact, low-profile system

Biocompatible, well characterized materials
Arsenal Medical’s AxioCore™ core-sheath nanofiber and microfiber technologies are constructed from known biomaterials and can be used for cell integration and tissue regeneration and enabling controlled delivery of a broad range of biologics and therapeutics. Process advancements in slit-surface electrospinning enable high-throughput manufacturing of core-sheath fibers and innovative biomaterials.

The power of AxioCore™ lies in the platform's unique combination of attributes contributing to its potential therapeutic impact

Versatile form factor for customized product design suited to each target implant location (e.g. joints, gut)
Flexible core-sheath structure for exceptional control of biologic and small-molecule drug delivery, and single- or multi-agent therapy

Porous microarchitecture for precise control of cellular in-growth ideal for tissue regeneration and repair

Arsenal's innovative electrospinning process enhances the feasibility of core-sheath fiber manufacturing, from a broad array of biomaterials. Our proprietary high-throughput fabrication method generates fibers 400 times faster than traditional electrospinning.