Digital Planning and Templating for Orthopaedics
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HTO Planning SmartKnee Revision Knees Digital Planning and Templating for Orthopaedics Embracing digital imaging and improving efficiency

One-click image scaling Intuitive planning wizards Specialist tools for Joint Replacement, Trauma, Pediatrics and Spine A comprehensive digital template library Compatibility with all PACS PACS integrated and standalone options Smart Templates Providing our customers with easy to select, high quality prosthesis templates has been a consistent objective throughout the development of the OrthoView solution. To aid selection, our unique Smart Templates are grouped in logical families, by size and characteristics. They also have intelligence built in, so that: Image transfer solutions with...

The Essential Pre-operative Planning Solution OrthoView is a digital pre-operative planning solution that is easy to use and compatible with all PACS. Developed with input from orthopaedic surgeons and prosthesis manufacturers, OrthoView provides surgeons worldwide with the facility to plan their procedures and communicate the plan to their team, when traditional x-ray film is no longer available. The OrthoView solution provides access to a comprehensive library of digital prosthesis templates, including our unique Smart Templates, as well as specialist planning toolsets for each procedure...

Simple Steps to Creating Your Pre-operative Plan with Digital Images Planning your surgery with OrthoView is a simple 4 step process, designed for ease of use and efficiency: 1. Scaling For increased accuracy, measure the image magnification with one click on an appropriately placed calibration object. 3. Templating The OrthoView online library of digital prosthesis templates is grouped in families, for quick and easy selection of the appropriate components. The unique Smart Templates allow you to easily adjust the size and characteristics of each component on screen and plan for the...

Primary Total Hip Arthroplasty Complete Planning Solution for Hip Procedures Femoral Resurfacing Hemiarthroplasty Complex Primary Total Hip Hip Revision

Primary Total Hip Arthroplasty Femoral Resurfacing Hemiarthroplasty Complex Primary Total Hip Hip Revision Quick and easy digital pre-operative planning for hip procedures: n Identify prosthesis size, offset, neck cut and cup inclination with just a few mouse clicks Compare and contrast alternative solutions within the same plan Move seamlessly to zoomed view for more precise template positioning Plan a Total Hip Arthroplasty in less than 60 seconds with SmartHip Save plan to PACS, save locally or print

Templating Total Hip Revisions and Complex Primaries Revision arthroplasty procedures can be modelled on screen in OrthoView as a connected whole. Entire assemblies are provided in template form, displaying the main components including stem options, collars, and neck assemblies. A database built into the templates ensures only compatible components can be combined on screen. Femoral Resurfacing OrthoView includes a special wizard for resurfacing planning that allows assessment of head size and neck angle and guides the surgeon to the correct drill approach position. Hemiarthroplasty...

Primary Total Hip Arthroplasty The pre-operative assessment of leg length difference and offset, and predicting the surgical outcome, are facilitated with OrthoView’s patented wizards (automated assistants). Planning with OrthoView is particularly valuable in complex cases and made quicker and easier by using the SmartHip wizard in conjunction with OrthoView’s Smart Templates. The SmartHip planning wizard streamlines and speeds up templating, which can be achieved in under 60 seconds for a simple THA. Femoral canal detection, template sizing and initial positioning are all automatic and a...

pre-operatrve night leg shorter By; frmi Planned Right lecj lengthening: 3mm Predicted Right leg discrepancy: I rmi Pre operative Right offset: H5rrrr Planned Right orrsei medial by: 2mm OrthoView planning wizards provide instant updates to these and other measurements, as adjustments OrthoView Planning Wizards OrthoView wizards are automated assistants, designed to make pre-operative planning quicker and easier. They reflect real world surgical techniques for each specific procedure. For example, the hip planning wizards in OrthoView allow the surgeon to measure: Pre-op leg length...

At a glance: The Benefits of OrthoView for Planning Hip Procedures “I rely on OrthoView to help me deal with the unexpected. Not only can I choose the appropriate size of implant for the patient, I can also determine in advance whether a standard or offset prosthesis, or even a modular prosthesis, is required. I can also trial different implant vendors and identify where to put the neck cut.” Dr Chris Pelt, Assistant Professor, Department of Orthopaedic Surgery at the University of Utah One-click image scaling Instantly corrects for image magnification when sizing templates and calculating...

High Tibial Osteotomy Total Knee Arthroplasty Complex Primary Knee Complete Planning Solution for Knee Procedures Total Knee Revision Partial Knee

High Tibial Osteotomy Total Knee Arthroplasty Complex Primary Knee Total Knee Revision Partial Knee Quick and Easy Planning for Knee Procedures: n Plan with long leg or short knee images: up to 4 related images at a time Move seamlessly from whole leg to zoomed view for more precise template positioning Assess the need for an offset stem using a unique graphic for revision knees Modular systems for revision knees are templated as a complete, connected unit Planning for HTO with assessment of whole leg alignment

High Tibial Osteotomy Planning The High Tibial Osteotomy planning wizard in OrthoView allows surgeons to assess the whole leg alignment and identify: Cut angle and width automatically Simulated post-osteotomy limb alignment Size of plate required Partial Knee Replacement A special automated assistant for unicompartmental knee surgery planning helps with the correct implant sizing, positioning and alignment. Templates for patellofemoral and bicompartmental implants are also supported.