Our introducer portfolio sets the standard for stable, reliable vascular access. As pioneers in the field, we were first to market with our patented coil-reinforced sheath technology—the iconic Flexor® guiding sheaths. Our portfolio includes a full range of standard and specialty introducers, as well as Peel-Away® sheaths, designed to facilitate the smooth navigation and delivery of diagnostic and interventional devices, establishing a secure pathway through even the most tortuous or challenging anatomy.
Guiding sheaths
Flexor guiding sheaths are engineered for optimal performance in even the most complex procedures. They feature patented coil-reinforced construction for flexibility and maximum resistance to kinking and compression. Known for their exceptional trackability, they have a hydrophilic coating that reduces friction, allowing smooth navigation and enhanced control. Radiopaque visibility markers on the distal tip support precise positioning for greater accuracy. With five distinct families, our portfolio provides varying levels of stiffness to meet the specific needs of each clinical procedure, ensuring you have the right guiding sheath for every situation.
Standard introducers
Our Performer™ Introducers and Performer Introducer Sets provide reliable access and stability for a wide range of procedures. The Performer portfolio includes select products that feature double the wall thickness, offering enhanced strength and durability, making them ideal for challenging anatomies, and ensuring a stable pathway for device delivery.
Specialty introducers
Our portfolio, including Mullins Sheaths (MTS), Children’ s Hospital of Boston (CHB) introducers, and Hausdorf-Lock Atrial Design (HLA) introducers, are engineered for complex procedures that require precise configurations to treat a variety of vascular procedures. These introducers provide secure navigation and reliable delivery of diagnostic and interventional devices.
Peel-Away introducers
Our Peel-Away sheaths are designed for the introduction of devices while minimizing trauma to the access site. These sheaths feature an outer layer that peels away after device insertion. This design allows for increased procedural efficiency.
