Easily go from scan
to 3D model
Medical 3D technology for patient care has never been so accessible. Mimics inPrint integrates seamlessly in your hospital’s workflow and quickly converts medical image data (DICOM files) to 3D anatomical models. Easily linked to a 3D printing source of choice and other advanced visualization applications, Mimics inPrint provides you with 3D models that improve pre-surgical planning, patient consultation, support medical education and become an essential component of your multidisciplinary team.
Key benefits of 3D-printed anatomical models
Advance your planning of complex procedures
Use anatomical models for diagnostic purposes and pre-operative planning to achieve the desired patient outcomes.
Enrich multidisciplinary team communication
Create new group dynamics and improve rapport within multidisciplinary teams by providing advanced visualization and 3Dprinted models to stimulate procedure discussions.
Communicate more effectively with your patients
Build deeper engagement with your patients and their families by helping them better understand the intended treatment procedure with 3D anatomical models.
Educate with tangible anatomy
Empower residents and medical students to learn by providing them with 3D models that will help them visualize complex pathologies more clearly and enable them to practice procedures.
Most used clinical applications of 3D-printed models
Congenital or Structural Heart Disease
Get better view on intra cardiac morphology enhancing the pre-procedural planning.
CMF
Start your CMF reconstructive and orthognatic cases with 3D-printed CMF models and proceed to digital planning.
Radiology
Expand the radiology expertise by setting-up a centralized point of care facility providing 3D anatomical models across the different department.
Why choose Mimics inPrint:
Discover the new features and tools
CLEAN DOCUMENTING OF MODELING RESULTS
Store modeling results on your hospital’s PACS, keep patients’ records up to date and avoid healthcare compliance worries with Mimics inPrint.
FASTER VASCULAR SEGMENTATION
Segment vascular anatomy faster, with the new dedicated vessel segmentation tool in Mimics inPrint.
EFFICIENT BONE FILLING
Print bone components fast and use printing material efficiently.
ADVANCED COMPATIBILITY WITHIN THE MATERIALISE SOFTWARE FAMILY
Feel free to use the Materialise application that suits you best while you model and design your components. Copy and paste your objects between Mimics inPrint and the Mimics Innovation Suite.
IMPROVED CARDIAC MODELING
Perform multiplanar reformatting (MPR) to support the planning and 3D modelling process.
DEEP INTEGRATION WITH SIEMENS SYNGO.VIA
If you are a Siemens Syngo.via customer, Mimics inPrint on OpenApps will facilitate deeper integration in your clinical routine.
GET STARTED WITH IN-HOUSE 3D PRINTING
If you do not have access to a 3D printer, contact Materialise to discuss your situation. Materialise will first thoroughly evaluate your request before selecting the best-suited printer for your model printing needs.
Materialise can support you with a customized solution to get you started.
OUTSOURCE YOUR 3D PRINTING
If you are in the process of evaluating your 3D printing requirements, or only print models in certain cases, you may prefer to work with an external service provider.
Materialise offers you the largest selection in printing technologies available, in their medically certified printing factory.
USE CERTIFIED PRINTERS FOR DIAGNOSTIC USE
In combination with a quality-controlled medical device software, your 3D lab needs certified printers and materials to obtain clinical benefits from your 3D printing program. Materialise partners with hardware manufacturers to validate a range of compatible printers and materials through extensive performance testing.
Materialise helps you start off on the right foot with a validated setup and a safe environment.
What is the future of 3D Pirinting in hospitals? Our speakers will answer all your questions during a 3-day hands-on course on 3D Printing in medicine.
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