Advanced Segmentation Services
In the world of healthcare innovation, precision is paramount, and our Segmentation Services are leading the way. Whether it's the segmentation of CT scans of patient anatomy or other CT-scanned data, we excel in this critical domain. Operating from our well-established 3D Printing Core Facility, we bring extensive expertise and experience to the table.
An outstanding testament to our capabilities is our extensive experience within the 3D Lab at the University Hospital Basel, where we perform segmentation for real patient cases on a daily basis.
Our Segmentation Expertise
At the heart of our segmentation services is the ability to extract intricate details from medical imaging data. Powered by state-of-the-art algorithms and advanced software, we meticulously delineate regions of interest within CT scans and other imaging data. This precision opens doors to groundbreaking medical solutions, such as patient-specific implant design and treatment planning.
Imagine the impact of segmentation in creating custom implants perfectly tailored to an individual's unique anatomy. Our technology enables the development of implants that fit seamlessly, enhancing patient comfort and treatment effectiveness. But our applications go beyond this scenario.
Our segmentation services play a pivotal role in various healthcare areas, including tumor detection, and accurate treatment planning. By isolating specific structures within medical images, we empower healthcare professionals to make informed decisions, optimize procedures, and deliver personalized care.
In the realm of research, segmentation is a valuable tool for analyzing and studying complex anatomical structures. Our dedicated team of biomedical engineers and specialists ensures that our segmentation services meet the highest standards of precision and reliability.
The University Hospital Basel's 3D Lab is an exemplar of our extensive experience and capabilities in segmentation. As we continue to push the boundaries of medical technology, we invite you to join us on this journey of precision and innovation, one segmented detail at a time."
What is segmentation?
3D segmentation refers to the process of dividing volumetric data obtained from MRI or CT scans into distinct three-dimensional models representing anatomical structures or pathological regions of interest. This technique is instrumental in medical imaging for virtual surgical planning and the generation of anatomical models suitable for 3D printing. By accurately delineating organs, tumors, or lesions in three dimensions, 3D segmentation enables clinicians to visualize complex anatomical structures, plan surgical interventions with precision, and fabricate patient-specific anatomical models for preoperative practice and surgical training. Its advantages lie in its ability to enhance surgical outcomes, reduce operating time, improve patient safety, and provide a tangible aid for patient education and communication between medical professionals
