From medical data (CT/MRI) we create detailed 3D bone models, patient-specific implants, dental and joint replacements, and anatomical models with lattice structures for osseointegration.
From medical data (CT/MRI) we create detailed 3D bone models, patient-specific implants, dental and joint replacements, and anatomical models with lattice structures for osseointegration. Surgeons use them to prepare procedures, simulate steps and communicate with patients.
We design and manufacture precise guiding templates (PSI) for orthopaedics, maxillofacial surgery and other fields. These aids increase the accuracy of cuts and drilling.
We design and manufacture precise guiding templates (PSI) for orthopaedics, maxillofacial surgery and other fields. These aids increase the accuracy of cuts and drilling, shorten operation time and minimise the risk of complications. We use materials suitable for sterilisation and clinical use.
Titanium 3D printing enables implants that precisely match the patient’s anatomy. Cranial implants, reconstructive parts and orthopaedic components with porous structure.
Titanium 3D printing enables implants that precisely match the patient’s anatomy. We manufacture cranial implants, reconstructive parts after trauma or tumours, and orthopaedic components with porous structures supporting osseointegration. Every implant is designed individually with maximum precision.
We manufacture custom fixtures, holders, adapters and other equipment that makes laboratory and clinical teams more efficient.
We manufacture custom fixtures, holders, adapters and other equipment that makes laboratory and clinical teams more efficient. Thanks to rapid production we can also replace parts that are not commonly available or have long lead times.
Patient-specific solutions, anatomical models and specialised components for precisely defined applications.
3D printing opens new possibilities for medicine – from precise surgical planning to the production of custom implants. It enables rapid, safe solutions that respect each patient’s anatomy, increase procedure accuracy and shorten recovery time. Thanks to advanced materials such as titanium, 3D printing has become a full part of modern clinical practice.
LPBF enables orthopaedic components with internal lattice structures, smooth articulating surfaces and precise geometry directly from a digital model.
Titanium alloy Ti6Al4V (ELI) offers high strength, biocompatibility and corrosion resistance. Typical applications include joint replacements, cranial implants and reconstructive parts after trauma.
Production on the TRUMPF TruPrint 2000 is complemented by data preparation, post-processing and documentation to meet project and regulatory requirements.
