Commonly Asked Questions About ProtoMED® Models

What is the process for making these models?

• Your patient is scanned according to the ProtoMED CT Scan Protocol.
• The image data is sent to ProtoMED on a magnetic tape or and optical disk.
• Medical imaging software is used to create a three dimensional computer model.
• The computer model is them built into a physical plastic model using a process known as stereolithography (SLA). SLA is a highly accurate process where computer driven lasers take the data from the 3D computer model and photovoltaically cure and epoxy resin layer by layer until the model is complete.
• Upon completion of the SLA process, the custom anatomical model is shipped to the physician for preoperative planning.

How quickly can ProtoMED deliver models?

Models are delivered to the physician 3-7 days upon receipt of the CT data. The physician's needs are certainly taken into account when planning the manufacturing schedule.

How much do ProtoMED models cost?

The cost of the model is a function of the height and cross sectional area. The physician describes what section of the anatomy is needed, and ProtoMED provides a quotation within a matter of hours. Typically, pricing ranges from $800-$2800.

Are ProtoMED models covered by insurance companies?

Yes, insurance companies often authorize approval for the cost of models. To obtain prior authorization for a model, the physician writes a letter to the provider explaining the need for a model. The suggested reimbursement code is CPT Code #76375 or CPT Code #99070. ProtoMED is a provider to Medicaid and the reimbursement code for Medicaid is L8499. We are more than happy to work with your staff to obtain insurance approval for models.

What types of surgeries are the models used for?

The technology is still in its infancy and all the possibilities are yet to be defined. Currently ProtoMED provides models for:

• Reconstructing craniofacial anomalies, including complex craniosynostosis cases.
• Planning distraction osteogenesis cases.
• Designing patient fitted prostheses for craniofacial cases.
• Designing patient fitted prostheses for TMJ cases.
• Designing subperiosteal implants.
• Planning complex tumor resections (Two colored models)
  

Surgeons find the models are highly effective for communications among the team of surgeons, and with the patient and family. In addition, the models serve as an accurate record of the case.