OssKin 3D Scan vs Hersco

This app uses the Structure SDK / TrueDepth camera for 3D scanning. Supported device list (updated regularly): https://techmed3d.zohodesk.com/portal/en/kb/articles/minimun-device-requirements OssKin Ortho Inc., a supplier of orthopedic devices using industrial 3D printing technology, provides a digital tool for healthcare clinicians to order OssKin's fully custom braces. The OssKin 3D Scan app allows you to use an IPad and Structure Sensor in order to directly 3D scan your patient's body part or a cast of their body part. This powerful scanning solution is powered by TechMed 3D's cutting-edge software platform. Additionally, you will be able to choose the brace model as well as fill in a custom order form through our app. As an option, you may also take photos, and add comments to the images in order to ensure we recieve your special instructions. Once all of these elements of the order is correctly fulfilled, they will be automatically bundled into one file and sent by email to OssKin with a simple click of a button. You will be emailed with a confirmation that we have recieved your files and order. At this moment, we will proceed with the order by digitally modelizing a fully custom brace per the precise information you provided in the patient's order form. OssKin 3D Scan is a free app with no added costs. The app allows you to save time and increase efficiencies by digitizing the whole casting and ordering process, all in one simple user-friendly app. Download this free app and unlock the potential of what 3D printing orthotics can provide to your patients.

Produce accurate models of your patients' feet and upload them directly to your Hersco account for a custom foot orthotic prescription. Using your 3D Structure scanner attached to your iPad, the app allows you to create or select a patient then scan your patient's feet easily and efficiently in a matter of minutes. Your scans, along with any photographs you supply, are then stored in your account for you to prescribe at a later time.