Surgery Navigation Equipment Supplied In Canada
13 equipment items found
Manufactured by:Northern Digital Inc. (NDI) based inWaterloo, ONTARIO (CANADA)
Our specialized optical tracker, the Polaris Vega VT combines accurate optical measurement and live video streaming; these capabilities can be used for developing augmented reality and machine vision for OEM surgical system workflows. As with all Polaris optical trackers, the Polaris Vega VT can track OEM surgical instruments via navigation markers. The HD video camera provides a live view of the ...
Manufactured by:ClaroNav based inToronto, ONTARIO (CANADA)
Simple, accurate and affordable surgical navigation system for inpatient and outpatient ENT and transnasal interventions. ...
Manufactured by:7D Surgical based inToronto, ONTARIO (CANADA)
7D Surgical has developed the first and only FLASH Navigation System featuring machine-vision technology. The system solves ALL the clinical frustrations and challenges of traditional navigation systems, allowing surgeons to perform fast, efficient, cost-effective, and radiation-free spine ...
Manufactured by:Northern Digital Inc. (NDI) based inWaterloo, ONTARIO (CANADA)
The Polaris Vega ST is a versatile optical tracker that can provide trusted measurements in an array of OEM-supported surgical applications, delivering accurate and reliable 3D tracking data. Tracking is achieved via navigation markers that can be attached to OEM surgical instruments such as probes, shavers, awls, drills, microdebriders, and ...
Manufactured by:Intellijoint Surgical Inc. based inKitchener, ONTARIO (CANADA)
Intellijoint HIP is a surgeon-controlled, navigation tool for total hip arthroplasty (THA). It provides real-time, intraoperative measurements for fast, easy and accurate implant alignment for cup position, leg length and offset. ...
Manufactured by:Intellijoint Surgical Inc. based inKitchener, ONTARIO (CANADA)
Intellijoint KNEE is a fast and easy-to-use surgeon-controlled navigation system that provides real-time measurements of your surgical cutting guides during total knee arthroplasty (TKA). Quantitative measurements of varus/valgus, femoral flexion and tibial slope angles, and resection depth help you accurately align your cutting guide in the sagittal and coronal planes. ...
Manufactured by:Synaptive Medical based inToronto, ONTARIO (CANADA)
Access patient-specific tractography with unprecedented ease. Whole-brain tractography, automatically bundled so surgeons can see patient-specific bundles of interest within ...
Manufactured by:ClaroNav based inToronto, ONTARIO (CANADA)
Simple, accurate and affordable surgical navigation system for cranial procedures. ...
Manufactured by:ClaroNav based inToronto, ONTARIO (CANADA)
We build personalized OEM solutions in record time using our surgical navigation and robotic technology ...
Manufactured by:Monteris Medical based inMinnetonka, MINNESOTA (USA)
Secured patient head position ensures temporal and spatial imaging accuracy for MRI-guided neuro-interventions. Starburst Adapter enables attachment of image guided surgery hardware for navigation. ...
Manufactured by:7D Surgical based inToronto, ONTARIO (CANADA)
Traditional image guided navigation systems can take up to 30 minutes for one registration, and often require multiple registrations, resulting in a cumbersome and radiation-intensive procedure. FLASH™ Navigation reduces registration time to less than 30 seconds and is ...
Manufactured by:Titan Medical Inc. based inToronto, ONTARIO (CANADA)
The Enos surgical system is designed to deliver clinical capabilities beyond current robotic offerings. Titan engineers are designing the Enos system in direct response to feedback from laparoscopic and robotic assisted surgery device users. We are addressing an array of suggestions and requests ranging from device performance, ergonomics, operating room efficiency, ease of use, and reduced ...
Manufactured by:ClaroNav based inToronto, ONTARIO (CANADA)
A breakthrough in computer-aided implantology, Navident offers dental surgeons an easy to use, accurate, highly portable and affordable way to plan the desired restoration and implant placement on a virtual patient, then execute the plan on the real patient’s jaw. The virtual patient’s jaw is created from the CT and, optionally, digital impression data, in seconds. The plan, including ...