3D printing in medical and prosthetics

Shorter and more successful surgeries thanks to 3D printing

Thanks to 3D printing, doctors can obtain precise detailed information that comes from radiological examinations of patients. These models help them to get a very accurate picture of the location and can thus better plan the surgery. 3D printing is used in many fields. For example, in neurosurgery, especially in skull base surgery, brain aneurysms, but also in spine surgery.

Medical companies printing with TRILAB

Quick and easy 3D printing with TRILAB

1 3D Printing With the Click of a Button

Our preset material-specific profiles enable you to print instantaneously and with zero errors through a user-friendly web interface.

2 Prints for Demanding Applications

Our printers can produce components for demanding applications, offering strength, lightness, flexibility as well as temperature and chemical resistance.

3 Training and Support Services Included

We deliver our machines as a complete solution, fine-tuned and tested, with installation, initial training, and user support included in our service package.

4 Accuracy of delta kinematics

In addition to their printing speed, the main advantages of delta printers are their high spatial accuracy and superior printing surface quality.

5 Remote printer management

With integrated lighting, a built-in camera and remote access from anywhere, you have 100% control of the printer. Now you can print for days without worries or let our technicians check your printer quickly and safely.

6 Additional features for efficient 3D printing

TRILAB 3D printers have, for example, swappable PrintHeads, swappable PrintPad sheets or the DeltaControl control display.

Pelvis and brain aneurysm models

Surgeons can better plan their interventions and in some case shorten the surgery time

Material: ASA (Filamentum), Printer: TRILAB AzteQ Industrial

"Having built the in-house 3D printing lab within the hospital, we can offer to our surgeons and patients 3D models in very fast way and nearly not limited numbers."

doc. Ing. Lukáš Čapek, Ph.D.
Head of Clinical Biomechanics department in Liberec Hospital