Microseld® Arterial Lines

Designed to provide access to the arterial system for continuous blood pressure monitoring and arterial blood sampling.

Key Features & Clinical Benefits

Designed in collaboration with cardiologists to solve the most common challenges in radial hemostasis.

Non-traumatic puncture design

Microseld arterial lines enable non-traumatic puncture of peripheral arteries, reducing vessel trauma during placement.

Biocompatible material (PTFE or PEBA)

Microseld arterial lines are available in both PTFE and PEBA configurations.

Complete, purpose-designed kit

Microseld arterial lines are supplied as a complete, purpose-designed kit with all necessary accessories included.

Product Overview

The Microseld® arterial line is intended for Seldinger insertion via the radial, brachial, or femoral artery for continuous arterial blood pressure monitoring, arterial blood gas sampling, and blood specimen collection. The design supports controlled arterial access and line placement.

Clinical Applications

  • Critical Care
  • Anaesthetics / Theatres
  • Cardiology
  • Interventional Radiology

Product Highlight

Technical Assets

Technical Assets

Questions about this product?

Speak to our team for more information, product details or support with your enquiry.

Technical Specifications

Sterility EO sterile
Legal Manufacturer intra special catheters GmbH
Country of Origin Germany
Shelf Life/Expiry 3 years
Customisation Non-customisable
Regulatory Status CE Marked

Ordering Information

There is no information to display.

Related Products

Designed to support smooth seldinger insertion of vascular access catheters.
Designed to provide sterile, single use and disposable components required to support a PICC insertion.
Designed to minimise the risk of needle stick injury and aid sharps management during clinical procedures.
Extravascular support for upper-extremity arteriovenous fistula creation. VasQ™ is an extravascular support device used during arteriovenous fistula creation. Its nitinol external support is designed to address haemodynamic and mechanical stresses at the anastomosis and support the remodelling of the fistula during maturation.