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OTHMANE ESSBAA

@oth_ess

3D Medical Image Processing and DICOM Segmentation Specialist

Morocco
English, French, Arabic
About me
Biomedical Specialist in 3D Medical Image Segmentation & DICOM conversion (CT/MRI/CBCT) into 3D models (.STL/.OBJ). Services Offered: - Spine: Cervical, thoracic, lumbar vertebrae - Head & CMF: Brain volume, Skull, Maxilla, Mandible - Abdominal & Vascular: Kidneys, Abdominal Aortic Aneurysm (AAA) - Respiratory: Trachea & Lungs - Oncology: High-precision Tumor & Lesion extraction Using 3D Slicer & Mimics, I deliver accurate, 3D-printable meshes for surgical planning and research. Contact me with your DICOM data!... Read more

Skills

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oth_ess
OTHMANE ESSBAA
Offline • 
Average response time: 1 hour

See my services

Character Modeling
I will do 3d medical image segmentation and dicom conversion to stl
From$25 / projectMore details

Work experience

Self_Employed

Self Employed

Self-employed • 0 mos

Full Spine 3D Medical Segmentation & Modeling (Cervical, Thoracic & Lumbar)

Jul 2026 - Jul 2026 • 0 mos

Performed full-column spine segmentation from high-resolution CT/MRI DICOM scans, covering the complete cervical, thoracic, and lumbar regions. Key highlights: • Segmented all 24 individual vertebrae and intervertebral discs with accurate boundary definition. • Converted DICOM datasets into clean, water-tight 3D mesh models (.STL/.OBJ). • Ensured anatomical precision for surgical simulation, biomechanical analysis, and 3D printing.

Biomedical 3D Segmentation & Modeling Project (Lumbar Spine L1–L5)

Jul 2026 - Jul 2026 • 0 mos

Executed an end-to-end biomedical image processing project focused on 3D segmentation of the lumbar spine (L1–L5 vertebrae) from high-resolution CT/MRI DICOM scans. Key achievements: • Isolated and segmented individual lumbar vertebrae (L1–L5) and intervertebral discs using 3D Slicer / Mimics. • Generated clean, manifold 3D surface meshes (.STL/.OBJ) optimized for 3D printing and CAD analysis. • Ensured high anatomical and geometrical accuracy for surgical planning and biomechanical evaluation.