Medical Image Data Segmentation/Development

Utilizing DICOM data, a recognized standard in medical imaging, TEAM produces 3D reconstructions of segmented patient anatomy, digitally realizing intricate visualizations of patient-specific structures. These high-fidelity 3D models are frequently used in conjunction with our 3D printing capabilities for applications including surgical pre-planning, patient education, and other individualized clinical interventions. By providing such precise and patient-specific models, surgeons are better equipped to assess anatomical variability and subsequently optimize surgical strategies and outcomes. Furthermore, we can manipulate the digital data to rectify anatomical defects or simulate alternate anatomical scenarios for pre-operative planning. This data also facilitates the development of patient-specific medical devices, including orthotics, and other assistive devices.  

Examples

Rates

• Note: We strongly recommend submitting a service request to obtain an accurate project cost estimate. Self-quoting can often lead to miscalculations

Our development services come with a simple per-hour rate defined in the chart below.  We assess a 1 hour minimum, then to the nearest quarter hour.  

*Student development time may not be available, or applicable to all projects.  The TEAM lab will leverage it where possible.

Estimating project cost should be left to TEAM, but here are some general project development estimates that can guide in self-estimating:

*All declared values at internal rates, NUD = university required "Non-University Differential" added for external.

**Function of student assistant engagement level with project

• Note: for human clinical care, we are proud to be partnered with 3DPrintViz. 

How to Leverage this Service

Please package your DICOM files into a zip, and submit via our service request system.  Pair this with a description of the anatomy you wish to realize and any additional goals you wish to achieve.