Thank you for visiting the OrthoView website. We hope that you find it useful and informative.

 
Network News

The OrthoView website was designed and developed by Strategies, based in Surrey, England. As part of ongoing improvements in our web design and maintenance processes, we are now adding a direct feedback page to every site so that users of the site can let Strategies know how we can improve the site, or to report broken links or images etc.

In turn, Strategies will use these pages to warn users when the OrthoView website or Strategies network of sites might have to be down temporarily for maintenance or upgrades, or of any other news that users should be aware of.

Any information provided will be used solely to improve the OrthoView website. The form is non-mandatory and anonymous, please fill out the form below with your feedback regarding this OrthoView website and send it to us.

Please note: This form is for website feedback only. All other enquiries, for example sales, refunds or direct enquiries to OrthoView, please follow the relevant link from the OrthoView homepage.

Thank You
The Strategies Team

Feedback

Our Orthopaedic surgeons were very pleased with the OrthoView software and the level of training provided and feedback from the group has been nothing but positive.
Karen Worlidge MRT (R), DI Informatic System Administrator, Halton Healthcare Services Corp.

The ability to visualise plate-bending on-screen is an essential element in planning fracture management procedures using digital images.
Mr Matthew Porteous, Consultant Orthopaedic Surgeon, West Suffolk Hospital


Register for Demo

Why Orthoview?
OrthoView Wizards OrthoView Wizards
These smart, interactive tools make planning and templating quick and easy
OrthoView Quickscale OrthoView QuickScale
One click is all that's needed to accurately scale the X-ray image
OrthoView Contour OrthoView Contour
Visualize plate bending on-screen for accurate planning of screw position
OrthoView Wizplates OrthoView Wizplates
Rapid sizing and positioning of trauma templates at the click of a mouse