An advanced scientific tool that complements your clinical expertise in otolaryngology, delivering precise functional analysis to enhance diagnostic and therapeutic accuracy.
“Flowgy represents a real revolution in the study of the nasal passages. Not only can we complement radiological, i.e., anatomical, information with functional information from this program, but we can also perform virtual operations with the predictable functional outcome of the operations, which is a very important approach to solving the real problems of patients with nasal pathology in a scientific way and not on the basis of impressions or experiences.”
Therefore, we have developed a scientific tool that leverages Computational Fluid Dynamics (CFD) techniques and virtual surgery to simulate nasal airflow.
Our goal is to provide ENT specialists with objective and detailed analyses of how nasal structures impact airflow and resistance, complementing traditional radiological studies.
Functional analysis of airflow in the nasal cavity based on a CT scan of the patient’s head, utilizing computational fluid dynamics techniques.
The results provide objective and quantitative information on the behavior of airflow within the patient’s nasal anatomy, supporting diagnosis and medical decision-making.
Personalized analysis of airflow in the nasal cavity based on a CT scan of the patient.
This study allows for modifications to the patient’s nasal anatomical structure through virtual surgery, enabling an assessment of whether the changes will result in functional improvements in the patient’s respiratory capacity.
With cutting-edge, certified technology, Flowgy enables more accurate diagnoses and optimal surgical planning, ensuring efficient and effective treatment for your patients.
Use Cases & Practical Benefits
“Flowgy has revolutionized my approach to nasal obstructions. The ability to visualize and quantify airflow has allowed me to make more informed and personalized decisions for my patients.”
We understand that the nasal cycle is a physiological phenomenon that affects airflow. The parameters Flowgy uses to define nasal obstruction take into account precisely the effects of the nasal cycle, which means that these parameters are immune to the stage of the nasal cycle at which the CT is performed. This ensures that the analysis provided is consistent and reliable, regardless of when the images are acquired.
Flowgy is designed to be a complementary tool that integrates seamlessly into your practice. We provide training and technical support to facilitate its use, and our reports can be incorporated into surgical planning and multidisciplinary discussions.
While Flowgy provides crucial functional information, it is important to note that it is not a comprehensive surgical prediction tool. It does not replace clinical judgment nor does it consider all intraoperative factors. However, it enriches your understanding of the problem and supports your decisions with objective data.
At Flowgy, we value transparency and we understand the importance of setting realistic expectations.
Therefore, we want to emphasize that:
No, Flowgy works with rigid walls, studies have also been done on this and the conclusions are that it does not influence the result. For example, valve collapse is due to high resistance through the nostrils, not the other way around, so Flowgy allows to detect this resistance.
Request a Customized Demonstration.See Flowgy in action and discover how it can transform nasal diagnostics at your institution. Our team is available for virtual or in-person demonstrations.
Assessment and Consulting.
We offer a free assessment to determine how Flowgy can be optimally integrated into your workflow and what the specific benefits would be for your institution.
We are here to answer all your questions and help you take the next step towards a more advanced and effective clinical practice.
Empower your clinical practice with objective and advanced functional analyses that complement your expertise and improve patient care.
