Anatomical bone models for medical study
Patient anatomy bone models printed from scan data for study and training use.
From anatomical models to automotive prototypes, we turn scans and designs into precise, production-ready parts.
Choose the service closest to your project to see how we work and what to expect.
Anatomical models from CT and DICOM scan data for surgical planning, training and patient education.
View service 02Training and educational models for universities and technical colleges.
View service 033D-printed automotive parts and prototyping, from dashboard trim to bumper components.
View service 04Scanning and CAD reconstruction of mechanical parts with no original drawings.
View serviceSend us your file, scan or idea and we'll recommend the right approach.
Ask an engineerBased in Nairobi, serving clients across Kenya.
Every part is engineered and quality-checked to the specification agreed with you.
A streamlined process from consultation to delivery, without unnecessary delay.
The same end-to-end process applies across every service, from a first consultation to a delivered, quality-checked part.
We discuss your goals, files or scan needs, and timeline.
We capture scan data or prepare and refine the CAD design.
The part or model is produced on the appropriate printer and material.
Every part is inspected against the agreed specification.
Finished parts are packaged and delivered or collected.
Patient anatomy bone models printed from scan data for study and training use.
Guides on additive manufacturing, scanning and engineering process.
Where additive manufacturing fits into automotive part development, from fit checks to low-volume runs.
Read articleHow universities and technical colleges use printed models to teach hands-on.
Read articleA step-by-step look at what happens between a DICOM file and a printable 3D model.
Read articleTell us what you're building, whether it's a scan, a CAD file or just an idea. We'll get back to you with next steps and a quote.