Where Precision Meets Innovation
Redefining Surgical Planning with CAD-Enabled
Medical imaging solutions
WHAT WE OFFER:
Orthopedics
Cardiovascular
Engineering
Surgical Planning
Digital Twins
DICOM Analysis
A DICOM (Digital Imaging and Communications in Medicine) file is a standard format for storing medical images. CT scans, using X-rays, create cross-sectional images to diagnose conditions like bone fractures, tumors, and internal bleeding. MRI scans employ magnets and radio waves to produce detailed images of soft tissues, aiding in the examination of organs, muscles, and the brain, and detecting abnormalities such as tumors and inflammation. These imaging techniques are vital in medical diagnostics, enabling healthcare professionals to visualize internal structures for accurate diagnosis and treatment planning.
3D Modelling in Health
Medical image segmentation identifies and delineates specific structures in medical images, enabling the reconstruction of a 3D model of the patient. By accurately segmenting structures in CT or MRI scans, a detailed 3D representation of the patient's anatomy can be created. This model is used for surgical planning, treatment simulation, and medical research. Medical image segmentation is crucial for personalized treatment plans and improving patient outcomes, as it allows healthcare professionals to visualize and analyze the patient's anatomy more precisely, enhancing diagnosis, treatment, and overall care.
VitroMech's Focus on Simulations
At Vitromech, our dedication lies in transforming orthopedic service through the utilization of Finite Element Analysis (FEA). We specialize in orthopedic engineering and biomechanics, and we are devoted to delivering revolutionary solutions that set new standards for musculoskeletal treatments. From mapping stress distribution in bone structures to refining orthopedic implant blueprints, our sophisticated FEA approaches are designed to tackle intricate issues encountered by healthcare experts in orthopedics.
Furthermore, our proficiency encompasses the sphere of cardiovascular interventions, where we employ Computational Fluid Dynamics (CFD) for exact blood flow calculation in cardiological scenarios. Committed to augmenting diagnostic precision and treatment results, our CFD computations offer essential understanding into hemodynamic trends, assisting cardiologists in taking educated judgments for the wellness of their patients.
****AFTER ENTERING SOME ORTHOPEDIC PICTURES, THIS SECTION HAS TO BE ORGANIZEDD
1. What exactly is a digital twin, and how does it differ from traditional simulation models?
In healthcare, a digital twin refers to a virtual representation or model of a patient's organ. It involves creating a dynamic and real-time digital replica that mirrors the characteristics and behaviors of the actual physical entity. These digital replicas incorporate specific patient details, allowing healthcare professionals to simulate and analyze various treatment options before applying them to the actual patient.
2. How does VitroMech contribute to Surgical Planning?
At Vitromech, we use digital twins for aortic surgical planning, offering a dynamic virtual representation of the patient's vascular system. These digital replicas allow us to simulate and reconstruct procedures with shunts and stents, ensuring personalized and precise interventions. This innovative approach not only elevates patient outcomes but also serves as an invaluable resource for training and fostering collaboration among healthcare professionals.
3. What kind of services cardiovascular engineering would offer?
Our cardiovascular engineering services specialize in comprehensive 3D modeling, covering everything from complete cardiovascular segmentation to surgical planning with CAD tools. At Vitromech, we address various cardiac diseases, create patient-specific models for personalized treatment planning, and contribute to advancing medical knowledge and innovation in cardiology.
4. What services could be provided in the field of orthopedics, and how is it tailored to meet the needs of individual patients
will be made later
MEET OUR TEAM
Eng. M Humam Alzaeim
Operational Director
Eng. Wael Shamsi Basha
Cardiovascular Consultant & Manager
Eng. Hadi Olabi
External Affairs & Finance
Eng. Selma Mulla
R&D Director and International Affairs
Eng. Mohammad Hussein
Development Director & Orthopedics
Book a free consultation
Contact Us:
+90 542 498 56 79
support@vitromech.com | info@vitromech.com
vitromech.com
@Vitromech
VitroMech Headquarters
Istanbul,Turkey Beykoz/KAVACIK
© 2024 VitroMech Co. All Rights Reserved
Contact Us:
+90 542 498 56 79
support@vitromech.com | info@vitromech.com
vitromech.com
@Vitromech
VitroMech Headquarters
Istanbul,Turkey Beykoz/KAVACIK
© 2024 VitroMech Co. All Rights Reserved
Where Precision Meets Innovation
Redefining Surgical Planning with CAD-Enabled
Medical imaging solutions
WHAT WE OFFER:
Orthopedics
Cardiovascular
Engineering
Surgical Planning
Digital Twins
DICOM Analysis
A DICOM (Digital Imaging and Communications in Medicine) file is a standard format for storing medical images. CT scans, using X-rays, create cross-sectional images to diagnose conditions like bone fractures, tumors, and internal bleeding. MRI scans employ magnets and radio waves to produce detailed images of soft tissues, aiding in the examination of organs, muscles, and the brain, and detecting abnormalities such as tumors and inflammation. These imaging techniques are vital in medical diagnostics, enabling healthcare professionals to visualize internal structures for accurate diagnosis and treatment planning.
3D Modelling in Health
Medical image segmentation identifies and delineates specific structures in medical images, enabling the reconstruction of a 3D model of the patient. By accurately segmenting structures in CT or MRI scans, a detailed 3D representation of the patient's anatomy can be created. This model is used for surgical planning, treatment simulation, and medical research. Medical image segmentation is crucial for personalized treatment plans and improving patient outcomes, as it allows healthcare professionals to visualize and analyze the patient's anatomy more precisely, enhancing diagnosis, treatment, and overall care.
VitroMech's Focus on Simulations
At Vitromech, our dedication lies in transforming orthopedic service through the utilization of Finite Element Analysis (FEA). We specialize in orthopedic engineering and biomechanics, and we are devoted to delivering revolutionary solutions that set new standards for musculoskeletal treatments. From mapping stress distribution in bone structures to refining orthopedic implant blueprints, our sophisticated FEA approaches are designed to tackle intricate issues encountered by healthcare experts in orthopedics.
Furthermore, our proficiency encompasses the sphere of cardiovascular interventions, where we employ Computational Fluid Dynamics (CFD) for exact blood flow calculation in cardiological scenarios. Committed to augmenting diagnostic precision and treatment results, our CFD computations offer essential understanding into hemodynamic trends, assisting cardiologists in taking educated judgments for the wellness of their patients.
****AFTER ENTERING SOME ORTHOPEDIC PICTURES, THIS SECTION HAS TO BE ORGANIZEDD
1. What exactly is a digital twin, and how does it differ from traditional simulation models?
In healthcare, a digital twin refers to a virtual representation or model of a patient's organ. It involves creating a dynamic and real-time digital replica that mirrors the characteristics and behaviors of the actual physical entity. These digital replicas incorporate specific patient details, allowing healthcare professionals to simulate and analyze various treatment options before applying them to the actual patient.
2. How does VitroMech contribute to Surgical Planning?
At Vitromech, we use digital twins for aortic surgical planning, offering a dynamic virtual representation of the patient's vascular system. These digital replicas allow us to simulate and reconstruct procedures with shunts and stents, ensuring personalized and precise interventions. This innovative approach not only elevates patient outcomes but also serves as an invaluable resource for training and fostering collaboration among healthcare professionals.
3. What kind of services cardiovascular engineering would offer?
Our cardiovascular engineering services specialize in comprehensive 3D modeling, covering everything from complete cardiovascular segmentation to surgical planning with CAD tools. At Vitromech, we address various cardiac diseases, create patient-specific models for personalized treatment planning, and contribute to advancing medical knowledge and innovation in cardiology.
4. What services could be provided in the field of orthopedics, and how is it tailored to meet the needs of individual patients
will be made later
MEET OUR TEAM
Eng. M Humam Alzaeim
Operational Director
Eng. Wael Shamsi Basha
Cardiovascular Consultant & Manager
Eng. Hadi Olabi
External Affairs & Finance
Eng. Selma Mulla
R&D Director and International Affairs
Eng. Mohammad Hussein
Development Director & Orthopedics
Book a free consultation
Contact Us:
+90 542 498 56 79
support@vitromech.com | info@vitromech.com
vitromech.com
@Vitromech
VitroMech Headquarters
Istanbul,Turkey Beykoz/KAVACIK
© 2024 VitroMech Co. All Rights Reserved