Harnesses the power of 3D-printing, bio-mechanics and AI to improve oral and maxillofacial surgery
3D Printing Technology
For Medical Implants and Surgical Solutions
Novel dental implants with patented porous structures
Porous-based Dental Implants
OsseoLabs patented dental implants are novel implants that integrate the unique porous architecture to accelerate the bone ingrowth, resulting in a better long-term stability over conventional dental implants.
Our lattice-infilled implants vs traditional solid implants:
Improved stability due to better osseointegration
More uniform stress distribution
Lower implant cost made possible by additive manufacturing
Digital workflow and surgical guides for maxillofacial and orthognathic surgery
Advanced Surgical Solutions
OsseoLabs develops a digital workflow and patient-specific 3D printed surgical guides that allow surgeons to achieve a highly precise surgery, resulting in quicker surgery with shorter recovery and lower cost of post-surgical care.
Our patient-specific solutions vs traditional solutions:
Shorter procedural time
Shorter anesthesia time
Shorter hospital stay
More bone preservation
Decrease medical errors
Prevent revision surgeries
Better functional outcomes
Cutting-edge computational design and finite element analysis for patient-specific orthopedic devices
Everyone has unique bone anatomy. As a result, it is mostly impossible for the conventional manufacturing such as CNC to produce a patient-specific orthopedic devices that are carefully crafted for each patient.OsseoLabs harnesses the power of computational design and finite element analysis to design personalized orthopedic devices that fit the host bone shape perfectly and are proven to withstand the load from body motion. The patented porous-based design can also be integrated to further enhance bone ingrowth.
Patented osseo-enhanced TPMSTM porous architecture
TPMS porous architecture
OsseoLabs' oral and maxillofacial implants and orthopedic implants are designed with our patented TPMS© technology.TPMS© contains porous architecture that is designed to optimize osseointegration. TPMS© is unique in that the pores are size- and shape-customizable and can be engineered to match surrounding bone stiffness for optimal graft retention and stable bone ingrowth.TPMS© is OsseoLabs' proprietary technology and is patented worldwide.
TPMSTM stems from a generalized mathematical model to customize the printed implants to fit bone particulars, with four customizable variables:
Unit cell size
OsseoLabs is a spin-off company from King Mongkut’s University of Technology Thonburi (KMUTT)
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