Products| Preop Model

pre-op skull anatomical model

patient-specific skull model for surgical training

$lium with acetabular fracture- patient-specific hip model$

lium with acetabular fracture- patient-specific hip model

complex fracture of the hip bone

$Pelvis with symphyseal disruption - open book fracture$

Pelvis with symphyseal disruption - open book fracture

Printed 3D model of the pelvis

Cervical Spine model

Instability of the cranio-cervical junction - for surgical training

pre-op skull model - cranial vault separated

Hip-TEP revision - anatomical model with implant

3D printed model of the pelvis

anatomical model Maxila Mandibula

patient-specific maxila mandibula for surgical training

anatomical model of the mandibula

patient-specific pathology of the mandibula

patient-specific shoulder joint model

used for surgical training

3D printed spine model

patient specific scoliosis model

3D printed anatomical model

Bone structure foot fracture

anatomical knee model

Patient-specific knee model for surgical training

$anatomical model femoral fracture$

anatomical model femoral fracture

Model with 2 endoprosthesis (artificial hip, knee joint + a broken stabilizing plate)

$lium with acetabular fracture- patient-specific hip model$ $Pelvis with symphyseal disruption - open book fracture$

$anatomical model femoral fracture$

Preoperative Training Model - Bones and vascular models

The basis for each individual model is the patient's data from CT, MRI or other radiological imaging procedures. We use AI-based software to convert the data into a 3D model. The models are then manufactured using the latest 3D printing technology. They can be made from a variety of materials:

soft silicone: realistically mimics the tactile characteristics of the model.
rigid plastic for highlighted vessels and pathologies (e.g. tumor tissue), as well as bone structures with cortical bone and spongiosa
SimOrgan** material: realistically mimics the tactile properties of the model, is ultrasound-compatible and can be manipulated by electrosurgery

After receiving the patient data, we manufacture your model within 2-5 days depending on the complexity. After completion, we will ship it - please allow approx. 3-5 days for shipping.

…and for the hospital:

patient-specific models can greatly aid a physician’s preparation prior to surgery
improve implant positioning and sizing
provide physicians with accurate visualization of difficult pathologies

Here are the benefits for the patient:

better understanding of the medical problem
decreased operation time
decreased radiation exposure during surgery
benefits in patient outcome

And this is how it works:

Select the category of the desired bony structure
Press “Add to cart” button
Continue shopping in the store or proceed to checkout
We will provide you a link to our secure data upload centre
Once you have received the link, please upload your medical image data set*.
We will inform you about the receipt of the data and the expected delivery date.
At the specified time, you will receive a HumanX package with your individual anatomical model

Online store

*Medical image data requirements

Request a quote

Data format: DICOM
Minimum resolution: 1.2 mm or better
Anonymized if possible
Series affiliation of individual images must be preserved

preoperative