Pulmonary Embolism Management: A Complete Technical Guide
An educational technical guide to pulmonary embolism management device technologies from INVAMED — how they work, options compared, and key clinical and…
INVAMED BLOG
The latest insights, innovations, and perspectives from the world of medical technology.
An educational technical guide to pulmonary embolism management device technologies from INVAMED — how they work, options compared, and key clinical and…
A buyer's guide to sourcing vascular plugs: nitinol device specifications, sizing ranges, European market authorization, and occlusion portfolio considerations.
How dental surgical kit instrumentation works: an educational, technical overview covering the mechanism, applications, considerations, and INVAMED's…
A buyer's guide to evaluating cardiac monitoring device suppliers, covering telemetry services, monitoring support, and European market authorization requirements.
Guiding catheter vs diagnostic catheter compared: how lumen size, support function, and clinical role differ between these two device types.
How introducer sheath works: an educational, technical overview covering the mechanism, applications, considerations, and INVAMED's related devices.
What distributors and clinics should evaluate when choosing a oncology ablation device supplier — regulatory status, sizing, support, and INVAMED's…
Recovery after aneurysm coiling varies by patient, but common patterns include short hospital stays, gradual activity return, and scheduled follow-up imaging.
How endovenous laser ablation works: an educational, technical overview covering the mechanism, applications, considerations, and INVAMED's related…
How does a liquid embolic agent brain procedure work? A technical look at EVOH chemistry, DMSO delivery, and controlled injection technique.
A balanced look at single-use vs reprocessed devices in interventional care, covering sterility assurance, cost factors, and regulatory considerations.
Catheter materials science explained: how PTFE, polyurethane, and PEBAX polymers affect flexibility, friction, and durability in vascular devices.