Energy Saving Mode
This screen reduces the screen power consumption when you are not active on our site.To resume navigation, move the mouse or press a point on the screen.
This site uses technical cookies necessary for its operation and analytical cookies, including third-party anonymised cookies, to carry out aggregate statistical analysis. By closing the banner you consent to the processing of your personal data through the categories of cookies mentioned.
For more information about the cookies in operation on the site you can consult our Cookie Policy.
Close
Cookie Policy
Bilateral arm movement promotes equivalent distribution of incremental retraction within the intercostal space.
Double swivel blades design enhances the overall blade’s ability to conform to varying curvatures encountered during the different stages of retraction.
CC-MK-00017-B
Low profile is designed to decrease the footprint, increase access and enhance working space and field organization efficiencies during MICS procedures1. Triple-segmented arm design enables contouring consistency with underlying anatomical and operative site variability. Bilateral arm movement promotes equivalent distribution of incremental retraction within the intercostal space. Minimized gear spacing is designed to enhance control and precision of incremental retraction within the intercostal space.
Double swivel design enhances the overall blade’s ability to conform to varying curvatures encountered during the different stages of retraction. Double swivel design facilitates independent pivoting capability of the separated halves of the blade. Concave longitudinal blade geometry enhances target tissue capture and retention, while independent pivoting capability promotes flush interface and even distribution of retraction force along the contoured site of engagement.
Flared outer edge design increases blade tensile strength and resistance to bending. Concave longitudinal geometry improves tissue capture and retention capability during retraction. Cutout is designed to enhance access area and minimizes instrument obstruction within the working field1. Four size options (small, medium, large and extra large) to accommodate anatomical variances..
Customized for convenient instrument storage and enables efficient product identification. Pre-configured base design for efficient component organization.
© 2024 Corcym Group. All rights reserved.
Designed and developed by Kaffeina.it
