0.035 and 0.038 inch Guidewires: How It Works and Why It Matters
How guidewire 0.035 works: an educational, technical overview covering the mechanism, applications, considerations, and INVAMED's related devices.
INVAMED BLOG
The latest insights, innovations, and perspectives from the world of medical technology.
How guidewire 0.035 works: an educational, technical overview covering the mechanism, applications, considerations, and INVAMED's related devices.
Explore the venous stent design features engineered for iliofemoral obstruction: radial force, flexibility, crush resistance, and sizing considerations.
How does an introducer sheath work? An educational, technical answer with device context from INVAMED. Informational only — not medical advice.
Type II endoleak embolization after EVAR explained: how sac embolization and translumbar approaches address persistent aneurysm sac pressure.
Learn what 'time is brain' means in stroke care, how quickly brain tissue can be affected, and why fast treatment access matters most for recovery.
How mobile cardiac telemetry (MCT/MCOT) works: an educational, technical overview covering the mechanism, applications, considerations, and INVAMED's…
How steam shaping lets operators customize microcatheter tip curves to match individual vessel anatomy before a procedure.
Mobile cardiac telemetry vs Implantable loop recorder: a balanced, educational comparison of how each works, their trade-offs, and how INVAMED supports…
Spinal stenosis explained: learn what causes this narrowing of the spinal canal, common symptoms, and the range of care options physicians consider.
How narrow-band UVB therapy works, its immunomodulation mechanism, and its applications from dermatology to intranasal phototherapy for rhinitis.
Learn what an iliac vein stent is, how it supports venous outflow, and the clinical situations where physicians consider venous stenting.
Understand how a PEEK interbody cage works in spinal fusion surgery, how it compares to titanium, and why radiolucency matters for imaging.