UN&UP Unveils its ThromBot™ Technology at LSI2026
UNandUP is proud to unveil ThromBot™, our novel thrombectomy technology, now being presented at LSI USA '26 to scientific partners, investors, and clinicians.
This milestone is a testament to the exceptional dedication, ingenuity, and relentless execution of our highly skilled team, whose work continues to push the boundaries of what is possible in stroke care.
ThromBot™ is purpose-built to overcome the fundamental size and stiffness limitations of currently approved thrombectomy devices. Using a compact magnetic console, it enables precise rotation of magnetic tips as small as 1 mm, unlocking access to small, tortuous cerebral vessels that have historically been out of reach.
By eliminating the need for a driveshaft, ThromBot™ enables simultaneous aspiration and infusion, creating a more controlled, efficient, and adaptable procedure.
Compared to existing tools, it delivers superior trackability in complex anatomy, compatibility with both radial and femoral access, with no need for a microwire to cross the clot.
More importantlyThromBot™ introduces next-generation capabilities, including:
• 3D localization
• Clot-face detection
• Integrated flow and force sensing
ThromBot™ has the potential to expand access to life-saving thrombectomy, bringing treatment to patients with distal occlusions who are often left without viable options today—ultimately improving outcomes and redefining the standard of stroke care.
By expanding the treatable patient population and improving procedural efficiency, ThromBot™ is positioned to unlock significant market growth and drive adoption across neurointerventional centers, accelerating the evolution of the thrombectomy landscape.
At its core, ThromBot™ reflects a bold and thoughtful reimagining of thrombectomy—challenging long-standing device limitations and opening a new frontier in stroke intervention. Connect with UNandUP to learn more about our breakthrough technologies.
UNandUP CEO & Co‑Founder presenting the ThromBot technology at ongoing LSI2026 conference
