Authorized European Representative Program and Regulatory Assistance
The Scanlan® Premier ™ spring style scissors use arevolutionary, Scanlan proprietary technology that enhances the hardness and corrosion resistant properties of stainless steel. As a result, blades retain their sharpness longer and are very resistant to environmental damage.
These elegant scissors incorporate a unique blade design which produces a razor-sharp edge … allowing surgeons to cut any tissue type (from the very calcified and fibrous to the most elusive and delicate tissue) with a revolutionary degree of control and tactile response.
The Scanlan® Reliance Bulldog Clamp has beendesigned to provide secure, robust clamping pressure to assist in the temporary occlusion ofvessels. Manufactured with the highest quality stainless steel, its 1 x 2 DeBakey jaws ensure a firm yet atraumatic clamping pressure. A unique suture port allows optional suture tagging to enhance surgical location and recovery
Nitinol is a metal alloy which is flexible and has shape memory. This means that the nitinol portion of the instrument can be bent by the user to a desired curved shape for use. The instrument will return back to its original shape when exposed to a temperature of 60°C – 90°C (140° – 194°F).
The Loftus™ 2-Level ACDF Distractor is designed to facilitate a single set-up on two level ACDF procedures. The traditional single level distractor requires the system to be re-positioned and manipulated to accommodate each level. The innovate Loftus™ 2-Level Distractor design overcomes the challenges associated with re-positioning traditional single level distractors.
This unique instrument is designed to provide dilation and measurement of vessels to facilitate precise anastomosis creation and reduce the chance of vessel mismatch. The Scanlan® Graduated Dilator is easily placed inside the lumen of an artery (or vein) to quickly and accurately dilate and determine the vessel diameter. The easy-to-read circumferential markings on the distal tip aid in estimation of vessel dilation size.