Osseva
Anatomical modelling
Reduce theatre time
Improve patient and owner consent
Teach others
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X-ray opaque. Fully articulating. Created from real CT data. Do not buy it. Rent it.
The model can be imaged and positioned so teams can rehearse a procedure before the patient is on the table.
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CT and MRI data can be converted into high-precision 3D anatomical models for orthopaedics, trauma, cardiac work and oncology. A model can follow the patient scan closely, or it can be an idealised version that reduces artefacts and supports more general planning.
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Articulations, fluid paths and other mechanical features can be added so a model or phantom behaves more like the living anatomy. Teams can plan or teach on a system that gives feedback, rather than on a passive static print.
Engineering consultation
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Models for veterinary and zoological education show the biomechanics and structure of uncommon animals. Zoos, universities, museums and researchers use them for public teaching, comparative anatomy and specialist care of non-domestic species.
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Training covers segmentation of anatomical scans, then printing and finishing of the parts. Courses run at basic, intermediate and advanced levels.
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About
Osseva builds anatomical models for surgeons, veterinary specialists and educators. Patient imaging can become a physical reference for planning, consent conversations and teaching. The same workflow covers domestic animals and less familiar species.
These models support planning and education. They are not medical devices and they do not replace clinical judgement.
Talk through an ideaRecent modelling work spans companion animals and zoological specimens.
A reference model for comparative anatomy and zoological teaching.
A movable spine for planning and demonstration.
Dental anatomy prepared as a teaching reference.
A patient-specific limb study for pre-operative planning.
A cardiac model for explanation and rehearsal.
Skull studies for lynx rufus and domestic canine anatomy.
It is a physical model made from that patient’s CT, MRI or CBCT DICOM data, so the shape follows the scan rather than a generic textbook specimen.
Teams use it to rehearse an approach, check implant fit and explain the plan. The aim is a shorter, clearer time in theatre.
Yes. A model gives an owner or a student something to hold while the procedure is explained.
DICOM from CT, MRI or CBCT. A clinic sends the imaging through a secure transfer, then the relevant anatomy is segmented.
Turnaround is usually from about 24 hours to one week, depending on the anatomy and the finish.
Rigid plastics, flexible materials, silicones and gels. Some options are biocompatible. The choice follows how the model will be handled or imaged.
Orthopaedics, cardiology, maxillofacial work and oncology are typical. Veterinary models cover dogs, cats and exotic species.
No. It is for planning and education. It does not diagnose, treat or replace the clinical decision.
Use the form on this page. Describe the case, the imaging you have, and whether you need a static model, an articulating model or a rental simulator.
Speak with an anatomical modelling specialist and talk through the case. This form stays on the page.
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