Image Processing & 3D Printing have revolutionized the creation of patient-specific medical solutions. With this additive manufacturing technique, virtually any shape can be produced from a digital model.
3D printing empowers medical and pharmaceutical research, enabling custom drug creation, rapid production of implants, and advanced procedural planning for surgeons and doctors.
The core concept of Medical 3D Printing is the transformation of medical imaging data into digital and physical 3D models. These are then utilized to create personalized medical implants or devices through a structured workflow.
The process begins with a doctor-issued prescription and a clearly defined treatment goal, established in consensus with the patient.
The patient undergoes advanced diagnostic imaging—such as MRI, CT, PET, or USG—based on the prescribed clinical protocol.
Our technical team performs high-precision segmentation of the imaging data using specialised medical software to isolate the anatomical region of interest.
A highly accurate anatomical model of the patient’s anatomy is 3D printed to support surgical planning and pre-operative simulation.
Leveraging advanced design tools, our engineers develop a custom-made, patient-specific solution—whether a surgical implant, anatomical model, or cutting guide—precisely tailored to the clinical requirement.
The final product is manufactured using advanced high-precision additive manufacturing or 5-axis machining, followed by post-processing and rigorous quality checks. It is then delivered for use in live surgeries, surgical planning, or medical education, ensuring accuracy and clinical impact.
At OsteoskillTM, we strive to deliver the most precise and patient-specific medical devices using advanced image processing and 3D printing. Help us help you better by following our validated protocol for generating medical imaging data. Contact us for guidance or questions.