In addition to the Signature Portfolio's 100 mix-and-match components, surgeons can further customize the tactile feel, response and performance of PiDrive electric drills through Stryker I.D. Touch software on the CORE Console power unit. The console saves unlimited user profiles so surgeons can quickly retrieve their personal style setting, providing the confidence that comes from having a consistent drill feel and performance.
"A surgeon's 'touch' is one of their greatest assets, and our I.D. Touch software maximizes this by allowing surgeons to adjust torque from 0-100 percent to customize how the electric drill feels and responds when pressure is applied, from low to high motor sensitivity," explains Jim Marucci, VP and General Manager of Stryker Neuro, Spine, ENT and Navigation. "Redefining drill performance to their liking, in as many ways as possible, is what the Signature Portfolio is all about."
In addition to torque/motor sensitivity, other customizable features of the Signature Portfolio include speed, acceleration and breaking rates, irrigation flow, hand switches, foot pedals and new multi-notch telescoping cutting accessories. Telescoping capability optimizes cost and inventory management by providing up to five choices (up to 10mm) in reach and shaft exposure in just one cutting tool. Stryker's Elite Series cutting accessories are also compatible with Signature Portfolio components, providing an additional 200 telescoping instruments for use and customization.
In 2015, Stryker added the Mako Total Knee application to their market-leading Triathlon Knee System. It was a key milestone in reconstructive surgery. The new application expands the growth of robotic-arm assisted surgery in orthopaedics and has the potential to enhance both the surgeon and the patient experience.
At the end of 2015, more than 50,000 Mako Partial Knee and 10,000 Mako Total Hip procedures have been performed. As demand for knee and hip procedures continues to rise, Mako Robotic-Arm Assisted Systems are designed to enable surgeons to reduce variability within reconstructive procedures
SOURCES - Stryker