EGbead

Advanced embolic materials and devices for interventional procedures. Engineered to provide precise vascular occlusion and therapeutic intervention.

Embolic microspheres designed for transarterial chemoembolization (TACE) and interventional oncology procedures. These spherical particles are injected through microcatheters to occlude tumor blood vessels and deliver therapeutic agents. Available in calibrated sizes for precise vascular embolization in hepatic and other tumor interventions.

Clinically proven and data-backed embolization products designed to deliver predictable clinical results for embolotherapy procedures.

Drug-eluting microspheres designed for transarterial chemoembolization (TACE) in interventional oncology. These microspheres deliver chemotherapy directly to tumors while occluding blood vessels, enabling localized treatment with reduced systemic exposure. Engineered for precise embolization in hepatic and other vascular interventions.

Biodegradable polymers for microspheres, nanoparticles, implants, long-acting injectables, and absorbable medical devices with controlled release capability.

Custom-engineered biodegradable polymer components for implantable medical devices. Designed to resorb safely over appropriate timeframes based on clinical application requirements.

Liquid embolic agent based on advanced hydrogel technology for percutaneous or endovascular ablation of solid tumors. The agent is injected directly into cancerous lesions to induce tumor necrosis through mechanical obstruction and bioactive polymer interactions. Single-use sterile disposable for interventional oncology procedures.

Medical balloons designed for vascular embolization and hemostatic procedures. Available with surface coatings for enhanced thrombogenicity.

A medical device system for peripheral embolization procedures in interventional radiology and vascular surgery. The device is used to occlude abnormal vessels or vascular malformations in peripheral circulation.

Embolic protection filters and devices for preventing debris embolization during interventional procedures. Engineered for cardiology and vascular interventions.

Bioabsorbable polymer extrusions for temporary medical device applications that resorb safely within the body over time.

Porous high-density polyethylene spheres designed for volume replacement in enucleation and evisceration procedures. FDA cleared and CE marked for orbital reconstruction.