STARmed America

STARmed EUSRAEndoscopic RF Electrode for Tumor Ablation

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The EUSRA™ Endoscopic RF Electrode is a cutting-edge monopolar 19G radiofrequency device engineered for the precise ablation of complex pancreatic tumors, neuroendocrine growths, and cystic neoplasms under endoscopic ultrasound guidance. As a minimally invasive alternative for patients unsuited for surgery, the electrode provides exact local control over advanced lesions. Designed for efficiency, it features a controlled energy application system that not only simplifies procedures but also significantly curtails operating time. Available with active tip lengths of 5mm, 7mm, and 10mm, the device offers adaptability to various lesion dimensions, while its insulated inner sheath ensures that the ablation is accurately confined to the needle's tip. This device promotes enhanced procedure safety with focused ablation and is complemented by an inner cooling system to prevent unintended thermal spread.
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Advanced RF Electrode with EUS Guidance

EUSRATM is a monopolar 19G RF electrode for endoscopic ablation designed to treat advanced unresectable pancreatic tumors, neuroendocrine tumors, and cystic neoplasms. It offers a new, efficient, minimally invasive treatment option for patients with non-surgical indications. Gain local control of the most advanced tumors and lesions with real-time visualization

All-in-one system

The EUSRATM endoscopic ultrasound RF electrode offers a safe and efficient ablative treatment for soft tissue. It utilizes controlled energy application to reduce procedural steps and time, leading to more efficient and streamlined treatment.

Insulated inner sheath

Our endoscopic RF electrode for tumor treatment features an adjustable deploy length of up to 8 cm. The insulated sheath ensures the ablation occurs safely at the tip of the EUSRA™ needle. You’ll experience focused and controlled ablation during every procedure.

Inner cooling system

Our exclusive water-cooling system ensures focused treatment only in the desired area. It safely enables large ablation zones without tissue charring.