Many surgeons still plan for fracture treatment, joint replacement, and deformity correction using 2D X-ray images and tracing—a process that works, but is not very efficient. TraumaCad® allows you to replicate every action you currently perform by tracing on X-ray films, only more conveniently and much faster.
)
Using digital images on-screen, you can perform measurements, fix prostheses, simulate osteotomies, and visualize fracture reductions. Procedure-specific measurement tools and semi-automatic wizards guide the measurement process step-by-step.
)
Place your preferred stem in the right position, at the right size, with a single click. Automatically marks specific points within an AP Pelvis X-ray image and then positions the desired implant according to predefined orthopedic rules.
)
Click on anatomic landmarks and define multiple CORAs. Automatic segment-definition and “finish and cut.” Automatic measurements.
)
)
)
)
)
)
)
)
TraumaCad Enterprise brings complete TraumaCad functionality—all 10 planning
modules—to any PC within your network. Access images from any PACS and plan
surgeries from any location within your enterprise—even the operating room.
READ MORE
Make it easier for referring surgeons to template in their clinic and then
access their images within your enterprise network. TraumaCad Extend offers
secure, web-based accounts that allow surgeons to plan and template
anywhere—the hospital, the clinic, or even at home.
READ MORE
Through your PACS system, plan your surgeries from anywhere. Send your surgical plan to OrthoWeb™, and continue planning within OrthoWeb—from anywhere.
READ MORE
Combine with Digital Lightbox© technology to extend TraumaCad digital templating and surgery planning beyond the clinic to the operating room itself. Compatible with BrainLAB navigation systems.
READ MORE
)
)
Use CT images for precise planning. Manipulate and see implant in 3D, inside TeraRecon’s Aquarius iNtuition.
Compatible with any PACS system in the market, TraumaCad can be deployed very quickly at your clinic or hospital.
)
)
Over 47,000 templates (more than 90,000 AP/Lat template images) are available in an “evergreen” template library that automatically updates with no effort on your part. Choose by manufacturer, procedure, recently used, or favorites. Create your favorite “stem + cup” kits and use them with a single click.
Create pre-surgical reports with all case information, including original and templated images, implant properties, measurements taken, and your comments. Report can be printed or sent to PACS.
)
See an overview of a hip procedure with TraumaCad.
VIEW DEMO
View short videos of tools and features within TraumaCad's planning modules.
VIEW VIDEOS
TraumaCad Product Sheet DOWNLOAD PDF
TraumaCad Enterprise Product Sheet DOWNLOAD PDF
TraumaCad Touch with Digital Lightbox Product Sheet DOWNLOAD PDF
TraumaCad 2.2 User Guide DOWNLOAD PDF
TraumaCad 2.2 Administrator Guide DOWNLOAD PDF
Ely L Steinberg, MD and Eitan Segev, MD, FCS-ORTH
Templating is now the standard approach for pre-operative planning of total joint replacement, fracture fixation, limb deformity repair, and pediatric skeletal disorders. The progression from standard celluloid films to digitalized technology in most medical centers in industrialized countries led to new software programs to fulfill the needs of pre-operative planning and to lessen the mismatch between the scanned or digitalized images and the transparent templates. DOWNLOAD PDF
Stephen R. Kantor, MD and Ivan M. Tomek, MD
Assess the ability of digital templating software to accurately predict implant size requirements for primary total hip arthroplasty. DOWNLOAD PDF
William Murzic, MD; Priya Hirway, MS; Paula Lowe , RN; Zeev Glozman
Preoperative templating has been useful to determine the correct size prosthesis in cementless total hip replacement. Typically this has been accomplished using acetate overlays on plain radiographs with good success. With the advent of digital x-ray and PACS, software has been developed that incorporates the templates of many different vendors into a program that enables the surgeon to measure without radiographs, the size of the intended femoral and acetabular components. We compared the two techniques to assess the relative accuracy of digital templating. DOWNLOAD PDF
