Description

High-Flow Access. Precision Control. Trusted Performance.

Ortus Femoral Sheaths are meticulously engineered to provide secure, smooth, and high-flow vascular access in complex peripheral and cardiovascular interventions. Available in 5Fr, 6Fr, 7Fr, and 8Fr sizes, they are optimised for kink resistance, ease of insertion, and reliable haemostasis—making them an essential tool for both diagnostic and therapeutic procedures.

Why Choose Ortus Femoral Sheaths?

Smooth Insertion with Minimal Trauma
Tapered tips combined with a hydrophilic coating ensure effortless insertion even in tortuous vessels, significantly reducing arterial trauma and enhancing patient comfort.

 Engineered for High-Pressure Flow
Reinforced medical-grade polymer tubing preserves structural integrity under high-pressure injections—ideal for robust contrast delivery and demanding interventions.

 Secure and Controlled Haemostasis
An integrated haemostatic valve enables multiple catheter exchanges with minimal blood loss, reducing procedural interruptions and mitigating the risk of air embolism.

 Clear Identification & Integrated Functionality
Colour-coded hubs allow quick French size recognition, while side-arm extensions with Luer lock fittings facilitate efficient flushing, pressure monitoring, and intra-procedural drug delivery.

Key Product Specifications

• Sizes available: 5Fr, 6Fr, 7Fr, 8Fr
• Supplied with introducer needle, guidewire, and preloaded dilator
• Radiopaque marker for accurate positioning
• Optional hemostatic valve and backflow stop
• Side-arm flushing extension with secure Luer lock

Why Ortus?

• Trusted by interventional teams worldwide
• Consistent stock availability and prompt dispatch
• Volume pricing available for hospitals, cath labs, and distributors
• Expert support for product selection and technical compatibility

Optimise Vascular Access in Every Procedure

When precision, speed, and reliability are non-negotiable, Ortus Femoral Sheaths deliver consistent performance you can trust—from routine diagnostics to high-stakes peripheral interventions.