NEXT GENERATION ROBOTICS FOR MORE EFFICIENT VASCULAR SURGERIES
Through innovation in
advanced medical robotics.
Flux is an innovative AI-driven surgical navigation system that transforms minimally invasive procedures using advanced magnetic technology. The system automatically positions and controls surgical tools through powerful magnets and artificial intelligence, eliminating manual manipulation during vascular surgeries.
With proven results showing a 47% reduction in guidewire navigation time, advanced imaging capabilities, and reduced X-ray exposure, Flux 2 makes complex procedures more efficient and safer for both medical staff and patients.
45min
10+
5min
€5k
Per Surgery
Radiation Exposure
Patients per day
Procedures
Flux is an innovative AI-driven surgical navigation system that transforms minimally invasive procedures using advanced magnetic technology. The system automatically positions and controls surgical tools through powerful magnets and artificial intelligence, eliminating manual manipulation during vascular surgeries.
With proven results showing a 47% reduction in guidewire navigation time, advanced imaging capabilities, and reduced X-ray exposure, Flux 2 makes complex procedures more efficient and safer for both medical staff and patients.
PASSING OCCLUDED ARTERIES USING
MAGNETIC
NAVIGATION
Mobile, standalone system
AI-based pre-operative planning
Non-invasive navigation
OPTIMIZED
VASCULAR
PROCEDURES
Enhanced Safety & Fewer Complications: Reduce artery puncture rates by up to 67% with true lumen access, lowering the risk of vessel damage and improving patient safety.
Faster Procedures & Greater Efficiency: Cut procedure times by up to 50% - from hours to just ~45 minutes - freeing up operating room resources and enabling higher patient throughput.
Lower Radiation Exposure: Protect patients and surgical teams with up to 80% less radiation exposure, creating a safer procedural environment.
HOW IT COMPARES
Robots that empower physicians to save lives
KvK: 87842165
De Hems 10
7522 NL
Enschede
Netherlands
