Integrated Dental Implant Navigation System
Deliver improved patient outcomes with a dental implant navigation system powered by JADAK’s FPGA-enabled machine vision cameras for real-time navigation.
Combine 3D imaging cameras with real-time navigation enabled by field programmed gate arrays (FPGAs) to create a dental implant navigation system that will improve visibility and enhance precision during surgical dental procedures.
Enhanced Dental Implant Surgery Navigation
Dental implant precision is crucial for patient comfort and recovery time. A dental implant navigation system is designed to improve accuracy and efficiency in complex dental procedures by ensuring clear visibility, enabling real-time adjustments, improving implantation precision, and reducing the overall level of risk to the patient.
Using JADAK’s 3D imaging cameras alongside real-time navigation powered by customizable FPGAs, machine vision can create a dental implant navigation system that enables turn-by-turn guidance for optimal implant positioning, angle and depth. Our dental technology solutions integrate with multiple technologies and are customizable to benefit both surgeons and patients alike.
Common Dental Implant Surgery Challenges
- Poor Visibility: Poor lighting and other obstructions can impact visibility levels during surgery, compromising the overall accuracy of the procedure, affecting outcomes for the patient.
- Implant Failure: Dental implants need to be positioned precisely, in a very small area that’s often difficult to see and access. Failure to place implants in the correct position can result in implant failure and may damage the surrounding teeth, gums or nerves.
- Requirement for Real-Time Adjustments: The patient may move or experience discomfort during the procedure, requiring reactive adjustments from the surgeon. Changes to lighting or noise levels and other interruptions in the room may also require real-time adjustments to prevent the accuracy of the procedure from being compromised.
Dental Implant Navigation System Solutions
Key Features:
- Field programmable gate array (FPGA) for real-time image processing
- Large image buffers and advanced image processing capability
- LightWise Image Processing for superior image quality
- Compact and lightweight
- Customizable and scalable – engineer-to-engineer collaboration allows for total customization
- Designed for enhanced surgical visualization
Benefits of Machine Vision for Dental Implant Navigation
- Improved Visibility: Experience enhanced visibility when performing dental implant surgery with LightWise Image Processing. Get a clearer view of the surgical field for fewer obstructions and greater accuracy.
- Increased Precision: FPGAs capture highly detailed images of the area where the implant needs to be placed. With a clearer image of the site, surgeons can position implants more precisely, reducing the risk of complications, resulting in better patient outcomes.
- Make Real-Time Adjustments During Surgery: With real-time imaging powered by FPGAs, dental surgeons can adapt to the patient’s movements or changes in the surgical environment in real time, leading to better patient outcomes compared to software-only solutions.
- Faster Patient Recovery Times: The greater visibility and precision enabled by custom machine vision solutions minimizes the invasiveness of dental procedures and reduces the risk of error, improving patient recovery times.
Case Study: ClaroNav – Exploring the advanced integrated stereo imaging system custom built for accurate surgical tracking
JADAK engineers partnered closely with ClaroNav to develop a solution that integrates two image sensors and image processing, position tracking and system control into a single FPGA. In addition, JADAK integrated all of system electronics are integrated into the JADAK supplied board set, including motor control, LCD status display, and system monitoring (IMU, temperature sensors, etc.). The solution also includes custom embedded software, customized API and driver code based on the Allegro USB3 driver set and Allegro USB3 embedded software.
JADAK Surgical Imaging Systems
From dental surgery to microscopy imaging and endoscopy, JADAK’s advanced surgical imaging systems use innovative technology to improve accuracy and efficiency in surgical environments. Contact us to learn more about dental implant navigation systems.
Frequently Asked Questions (FAQs)
A dental implant navigation system combines machine vision and 3D imaging with FPGA-powered real-time navigation. This creates a real-time, customizable surgical tool that can be operated turn-by-turn, similar to a GPS.
The high-quality cameras and advanced technology used in a dental navigation system improves visibility and the consistency of visibility during surgery, allowing dental surgeons to perform procedures faster and more accurately.
By enabling a faster, more accurate procedure, a dental implant navigation system minimizes patient discomfort during surgery, whilst also reducing risks or complications during the surgery. As a result, the procedure doesn’t need to be as invasive, and implants can be placed more precisely, all of which contributes to better patient outcomes.
A dental implant navigation system relies on real-time imaging, which can be impacted by technical challenges or image processing delays. System integration is often a challenge too, but JADAK’s solutions are fully customizable and can be integrated with any necessary equipment or technology, thanks to our engineer-to-engineer collaboration.
JADAK Customized Engineering
With our engineer-to-engineer collaboration approach, our team becomes an extension of yours. It starts by gaining a deeper understanding of your application. Then, we’ll help develop and implement a solution that’s a precise fit, supporting you throughout the product lifecycle.