At NEOPUR, we offer specialist advice on patient scanning and digital processing of 3D models (.stl) – both for laboratories just starting to work with digital technology and those that want to improve their existing processes.
Technical support at every stage
We provide comprehensive support: from selecting the right scanning equipment and software, through correctly scanning the limb or torso, to preparing the finished model in accordance with the parameters required for the production of a funnel, orthosis or corset.
We also assist in optimising .stl files for further production using CNC, laminating or thermoforming methods.
Support and consulting services for prosthetists and prosthetic offices
Our consulting services are aimed at orthopaedic technicians, prosthetists and entire orthopaedic laboratory teams who want to introduce or develop a digital workflow. Thanks to our experience, we can help you avoid mistakes, gain confidence in your work and speed up order fulfilment.
Contact us – we will advise you step by step on how to prepare a 3D scan and model file for trouble-free production.
Kikuta 3D Scan
A 3D scan of the stump allows for a precise representation of the limb’s shape and provides a digital foundation for further work on the prosthetic model. At NEOPUR, we advise you on how to perform a scan correctly, what to pay attention to when saving the file, and how to prepare the data so that an accurate PUR foam model can be created. A properly prepared 3D scan of the residual limb facilitates the subsequent design, milling, and fitting of prosthetic components.
Processing a 3D scan of a denture
Processing a 3D scan of a denture involves preparing the file for further use in the design and production of the model. We assist with analyzing the geometry, organizing the data, making the necessary corrections, and adapting the .stl file for CNC milling, thermoforming, or lamination. As a result, the laboratory receives a digital model ready for further production, and the entire denture fabrication process can proceed more efficiently, with greater precision, and with a lower risk of errors.
