Medical 3D software training:
a complete clinical
workflow

3D software enables healthcare professionals to turn medical imaging into accurate models, to plan complex procedures and to design personalised medical devices. A complete digital chain that improves clinical accuracy and speeds up care processes.

Twin 3D trains healthcare professionals, biomedical engineers and R&D teams to master these tools and integrate them into their clinical and industrial workflows.

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Healthcare professionals analysing a 3D heart model derived from a CT scan to prepare a personalised medical and surgical procedure.

Our training courses cover the entire 3D digital chain in healthcare:

Image
analysis

Anatomical segmentation

Modelling

CAD

Additive manufacturing.

Choose your 3D training course

Software	Need	Duration	Price
Simpleware	3D segmentation and modelling from DICOMs (clinical imaging)	3.5h – 14h	From €750
Geomagic Freeform	Design of patient-specific devices (prostheses, orthoses, surgical guides & implants)	3.5h – 14h	From €750
Wrapstyler	Textile and composite flattening (pattern creation)	3.5h – 14h	From €750

Simpleware software box for converting medical imaging into 3D models – Twin 3D.

Simpleware:
from DICOM to 3D model

Turn your medical imaging (CT scan, CBCT, MRI, etc.) into usable 3D models for surgical planning, medical device design, 3D printing or simulation.

For: Radiologists, surgeons, biomedical engineers, medical device manufacturers

Au programme :
- DICOM import and segmentation (manual & AI)
- 3D modelling and meshing
- Surgical planning support (landmarking)
- Export for additive printing

From 3h30

On site | Remote

€€

From €750 excl. VAT

Geomagic Freeform software box for organic 3D design – Twin 3D.

Geomagic Freeform:
organic, automatable CAD

Precisely design made-to-measure medical devices: prostheses, orthoses, surgical guides and implants, assistive devices, boluses and much more.

For: Orthotists and prosthetists, surgeons, medical designers, biomedical engineers, medical device manufacturers, radiotherapists, occupational therapists

Au programme :
- Interface and haptic arm
- Clay & Mesh modes
- Sculpting, smoothing, deformation
- Multi-format export

From 3.5 hours up to 14h (for the complete 2-day turnkey programme)

On site recommended | Remote possible

€€

From €750 excl. VAT

Wrapstyler:
from 3D to 2D cutting

Flatten your 3D models to create accurate cutting patterns for textile, composite and covering. Design padding for your large orthopaedic devices.

For: Orthotists and prosthetists, seamstresses, saddlers, composite manufacturers

Au programme :
- Import and positioning of 3D models
- Placement of seam / cutting lines
- Flattening and adjustments
- Export for cutting (DXF, laser, etc.)

From 3.5 hours

On site | Remote

€€

From €750 excl. VAT

A structured workflow

Medical 3D software fits into a coherent production chain:

1. 3D segmentation and modelling of clinical imaging
Medical data from the DICOM (CT scan, MRI, etc.) is analysed and segmented to isolate the anatomical structures of interest and turn these selections into usable 3D digital models.
2. Medical device design (CAD)
The anatomical models produced previously are modified, sculpted or enhanced and serve as the basis for designing surgical guides, orthoses, prostheses, implants or teaching models.
3. Preparation for manufacturing or simulation
Files are exported to manufacturing environments (3D printing, milling) or simulation environments (surgical planning, virtual reality).
Mastery of specialist software is essential to ensure the accuracy and reliability of each of these stages.