The D2P software is a stand-alone modular software package that provides advanced visualization of DICOM imaging data. This modular package includes, but is not limited to the following functions:- DICOM viewer and analysis- Automated segmentation- Editing and pre-printing- Seamless integration with 3D Systems printers- Seamless integration with 3D Systems software packages- Seamless integration with Virtual Reality visualization for non-diagnostic use

A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

Single use stainless steel tube insert to be used for fluoroscopic feedback for alignment of cutting guides.

A three dimensional physical model depicting patient specific anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan.

A physical guide that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical template that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A three dimensional physical model depicting allograft specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.

A physical guide that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical template that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical template that is composed of allograft bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical template that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.

A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical template that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical template that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

Reusable accessory drill guide

A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.

A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan.

A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.

A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.

A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical template that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical guide that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A physical template that is composed of patient's bony anatomy and allows for precise location of predetermined osteotomy planes and holes.

A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.

A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.

A three dimensional physical model depicting allograft specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.

A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.

A three dimensional physical model depicting patient specific modified anatomy. To be used as pre- and intraoperative reference for the surgeon to visualize the surgical plan. Model may also be used to pre-contour implants.

The 3D Systems VSP Bolus product is a device that will be placed on the skin of a patient as a radiotherapy accessory intended to help control the radiation dose received by the patient. VSP Bolus is generated using input from radiation therapy professionals and medical imaging data to produce a bolus that is specific to the patient being treated. The VSP Bolus product is verified and approved by the radiation therapy professional prior to use on the patient, and is intended for patients of all ages receiving radiotherapy treatment. VSP Bolus was evaluated using 6 MV photons but has not been assessed for use with protons, electrons, or at orthovoltage X-rays.