Synchro2™ Guidewires

Product Information

Nitinol Hypotube Construction
Unlike conventional guidewire designs, Synchro® Guidewires feature a nitinol hypotube distal segment designed to provide turn-for-turn torque control without compromising flexibility.

Soft, Atraumatic Ribbon Tip
With a soft ribbon tip engineered to mimic the softness characteristics of the Transend® EX Platinum guidewire, Synchro2™ Guidewires are designed for atraumatic access within delicate neurovascular morphology.

Soft and Standard Distal Support Profiles
Available in two distal flexibility profiles, Synchro2™ Soft Guidewires are designed for extra flexibility and Synchro2™ Standard Guidewires are designed for extra support in the distal segment.

Durable Hydrophilic Coating
Synchro2™ Guidewires feature an improved hydrophilic coating that is designed to offer the coating durability characteristics of Transend EX guidewires.

Convenient Pre-shaped Tip
Synchro2™ Guidewires are available with a pre-shaped tip that provides ready-to-use convenience. The pre-shaped tip offers superior tip shape retention, and may also be re-shaped to address case-specific requirements.

Product Illustration

Additional Information

Torque Control
In conventional guidewire designs, torque is transmitted by the core wire. In Synchro® Guidewires, torque is transmitted by the microfabricated distal segment for enhanced control.

Microfabrication Technology
The hypotube distal segment features a pattern of micro-machined slots. Variations in the slot profiles determines the support and flexibility characteristics of the distal segment.

Flat-Ribbon Core Wire Tip
In Synchro2™ Guidewires, the stainless-steel core wire tip is flattened into a ribbon design for improved shape retention.

Shapeable Tip
Synchro2™ Guidewires feature a 10 mm ribbon tip design that is highly shapeable.

Platinum-Tungsten Alloy Coil Tip
The 10 cm platinum-tungsten alloy coil provides for fluoroscopic visualization.

Stainless-Steel Core Wire
A stainless-steel core wire is designed to offer stability where it's needed and flexibility where it counts.

Hydrophilic Distal Segment
The hydrophilic distal segment facilitates navigation and positioning of the guidewire within the neurovasculature.

PTFE-Coated Proximal Shaft
The proximal shaft features a PTFE coating engineered to enhance tracking and manipulation of the guidewire within the microcatheter.