New dimension for Medical Visualization

Where Precision Meets Innovation

Revolutionizing healthcare with advanced image processing tools

to enhance diagnostics, patient care, and medical advancements.

Revolutionizing healthcare with advanced image processing tools

to enhance diagnostics, patient care, and medical advancements.

What We Offer

What We Offer

VitroMech offers innovative solution to current issues faced in today’s healthcare.

VitroMech offers innovative solution to current issues faced in today’s healthcare.

Those issues include surgical risks, Diagnostic Errors, Inadequate Pre-Surgical Planning and Poor Post-Operative Planning.

Those issues include surgical risks, Diagnostic Errors, Inadequate Pre-Surgical Planning and Poor Post-Operative Planning.

We address these issues by integrating three-dimensional modeling, patient specific treatments, simulations and more.

We address these issues by integrating three-dimensional modeling, patient specific treatments, simulations and more.

DICOM Analysis

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.

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

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.

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.

Our Offerings in Cardiology

We define cardiovascular engineering as an interdisciplinary field that merges engineering sciences, medicine and biology to address challenges within the cardiovascular system.

Congenital Heart Defects

Patient-specific 3D modeling and simulations for surgical planning, enabling better visualization of heart defects.

Aortic Stenosis

Detailed 3D models of the aortic valve for planning, with CFD predicting blood flow, optimizing surgical outcomes.

Blood Vessel Defects

3D models for surgical planning and post-surgical blood flow simulations using FEA and CFD.

Venous Vascular Malformations

Tailored surgical planning solutions using advanced imaging and simulation technologies.

Coronary Artery Disease

Simulating blood flow through coronary arteries to identify blockages and guide interventions like angioplasty.

Patent Ductus Arteriosus

3D modeling and CFD for treatment strategy, optimizing PDA closure or maintaining patency with customized shunts.

Our Offerings in Cardiology

We define cardiovascular engineering as an interdisciplinary field that merges engineering sciences, medicine and biology to address challenges within the cardiovascular system.

Congenital Heart Defects

Patient-specific 3D modeling and simulations for surgical planning, enabling better visualization of heart defects.

Aortic Stenosis

Detailed 3D models of the aortic valve for planning, with CFD predicting blood flow, optimizing surgical outcomes.

Blood Vessel Defects

3D models for surgical planning and post-surgical blood flow simulations using FEA and CFD.

Venous Vascular Malformations

Tailored surgical planning solutions using advanced imaging and simulation technologies.

Coronary Artery Disease

Simulating blood flow through coronary arteries to identify blockages and guide interventions like angioplasty.

Patent Ductus Arteriosus

3D modeling and CFD for treatment strategy, optimizing PDA closure or maintaining patency with customized shunts.

Our Offerings in Orthopedics

We take immense pride in delivering unparalleled services that are reshaping the landscape of musculoskeletal interventions. From intricate bone segmentation to comprehensive orthopedic implant analysis, our offerings are meticulously designed to meet the varied requirements of healthcare providers.

Orthopedic Segmentation

Allows for better visualization of the bone anatomy within three dimensional space

Spinal Corpectomy Analysis

Preformation of corpectomy virtual cutting regions and analysis

Orthopedic Skewers

Identify possible points of entry for patients with fractures.

Pre-surgical Implant size analysis

Visualize the best sizes possible for of screws for implants or other applications

Cross Sectional Analysis

For better visualization of the diameter of specific bone regions of patients.

Our Offerings in Orthopedics

We take immense pride in delivering unparalleled services that are reshaping the landscape of musculoskeletal interventions. From intricate bone segmentation to comprehensive orthopedic implant analysis, our offerings are meticulously designed to meet the varied requirements of healthcare providers.

Orthopedic Segmentation

Allows for better visualization of the bone anatomy within three dimensional space

Spinal Corpectomy Analysis

Preformation of corpectomy virtual cutting regions and analysis

Orthopedic Skewers

Identify possible points of entry for patients with fractures.

Pre-surgical Implant size analysis

Visualize the best sizes possible for of screws for implants or other applications

Cross Sectional Analysis

For better visualization of the diameter of specific bone regions of patients.

Our patient-specific insights enhance diagnostics and surgical planning, empowering healthcare professionals to make informed decisions for operative treatments, improving patient outcomes.

For more complex cases or specific conditions you’re dealing with, reach out to discover how we can help revolutionize your approach to cardiovascular care!

Our patient-specific insights enhance diagnostics and surgical planning, empowering healthcare professionals to make informed decisions for operative treatments, improving patient outcomes.

For more complex cases or specific conditions you’re dealing with, reach out to discover how we can help revolutionize your approach to cardiovascular care!

Book a free Consultation

Book a free Consultation

Simulations & In - Silico Medicine
Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA) offerings are coming soon!

Computational medicine, also called "in silico medicine", is the application of "in silico or computer based" research to address problems in health and medicine.


It is the specific application of computer modeling for the prognosis, diagnosis, treatment or prevention of a condition. Digital Twins, a real world system or entity, represented digitally as a "digital twin".


The concept of the digital twin in healthcare is inspired by a longstanding industry practice and is based on the principle of creating virtual copies of real-world assets or systems to facilitate planning, risk analysis, testing and innovative device planning.


Virtual twin objects and systems are created, and evaluations can be made in order to evaluate patient-specific morphology and dynamic situation and to predict treatment outcomes.

Book a free consultation
Book a free consultation
Book a free consultation

Our Mission

Our Mission

Our Mission

To revolutionize global healthcare through cutting-edge medical image segmentation technologies, We are dedicated to providing doctors worldwide with advanced visualizations and ready models that enhance diagnostic accuracy streamline, patient care, and ultimately save lives. Our commitment lies in harnessing the power of medical imaging manipulations and computer aided tools to empower healthcare professionals, improve patient outcomes and contribute to the ongoing advancements in the field of medicine.

To revolutionize global healthcare through cutting-edge medical image segmentation technologies, We are dedicated to providing doctors worldwide with advanced visualizations and ready models that enhance diagnostic accuracy streamline, patient care, and ultimately save lives. Our commitment lies in harnessing the power of medical imaging manipulations and computer aided tools to empower healthcare professionals, improve patient outcomes and contribute to the ongoing advancements in the field of medicine.

Meet the Team

Meet the Team

Eng. M Humam Alzaeim

Operational Director

Eng. M Humam Alzaeim

Operational Director

Eng. M Humam Alzaeim

Operational Director

Eng. Selma Mulla

R&D Director and International Affairs

Eng. Selma Mulla

R&D Director and International Affairs

Eng. Selma Mulla

R&D Director and International Affairs

Eng. Mohammad Hussein

Development Director & Orthopedics

Eng. Mohammad Hussein

Development Director & Orthopedics

Eng. Mohammad Hussein

Development Director & Orthopedics

Eng. Hadi Olabi

External Affairs & Finance

Eng. Hadi Olabi

External Affairs & Finance

Eng. Hadi Olabi

External Affairs & Finance

Eng. Wael Shamsi Basha

Cardiovascular Consultant & Manager

Eng. Wael Shamsi Basha

Cardiovascular Consultant & Manager

Eng. Wael Shamsi Basha

Cardiovascular Consultant & Manager

Contact Us:

+90 542 498 56 79

support@vitromech.com | info@vitromech.com

vitromech.com

About Us

Meet the team

Services

@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

About Us

Meet the team

Services

@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

About Us

Meet the team

Services

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