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Get a detailed view information,
have interest with our offers.
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We help you improve outcomes.
Visualize your patient's data in 3D, but don't need a physical 3D printed model.
Export to CAD to design or run analysis on patient-specific data.
Get a print-ready STL file to export and upload to your 3D printer and print in-house.
Hold your patient's anatomy in your hand to provide better insight to improve your surgical plan.
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DICOM is the native file format produced by MRI and CT scanners and STL is the native format accepted by 3D printers. Our DICOM to STL conversion process is fast and simple and allows 3D models to be printed for CT/MRI DICOM files.
Chose a way to send your DICOM data to us, then we will discuss what areas you are interested in and the purpose of the model at this point we will provide you with a quote for the various printing options we offer and in most cases we can deliver a model to you within 5-7 working days.
You can send your case to us on CD by post or online. If you would like to know more about how to send files to us or discuss your case with one of our experts you can contact us.
Once we receive your DICOM files we will contact you to discuss the case further including areas of interest. We then convert your DICOM to STL which is a 3D model format supported universally by 3D printers. This step involves ensuring that 3D STL files are “watertight” so that they can be 3D printed.
The area of interest is isolated and enhanced as required. Noise and other artefacts are cleaned from the data. Different parts of the anatomy can be separated according to density and printing processes allow for these to be coloured differently. This can be useful for highlighting nerves, implants or other critical areas.
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Converting DICOM Images into 3D Files or 2D Files in JPEG Format, that will help doctors to get more details of the Case and help in diagnosing the patient.
Specialized in the production of three-dimensional custom anatomical models primarily for dental, medical and biomedical engineering applications.
3D Printing is used for development of new surgical cutting and drill guides, prosthetics as well as the creation of patient-specific replicas of bones, organs and blood vessels.
Submit your details to request a free demo.
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