CraSculp

Tailored solutions for facial reshaping procedures such as malar and mandibular contouring. Enables accurate aesthetic enhancement with precise anatomical alignment.

Our technology revolutionizes the future of digital planning and personalized implants, leading to products with greater durability, improved bio-environment, and minimal invasion.

Personalized Profile

Tailored to perfect facial profile design with guides and plates sculpted to achieve desired bone shape with high precision.

Minimal invasive

Onlay and reduction options maximize minimal invasive surgical approach, minimizing bone reduction and tissue inflammation

Anatomical conformity

Smooth anatomical integration contouring solutions match patient-specific symmetry and soft-tissue harmony.

OsseoVision VSP

Pre-contoured solutions reduce OR time and improve reproducibility, matching perfectly with desired outcomes

OsseoVision VSP

Diagnosis

Advanced AI model constructs high-resolution 3D model from clinical data to assess patient-specific anatomical and functional needs

Surgical Planning

Utilize OsseoVision™ AI-powered platform to create a precise, personalized surgical plan.

Implant Design

Engineers create a personalized implant blueprint.

Perform Surgery

Execute the procedure with patient-specific devices, ensuring optimal fit, function, and accuracy.

Rehabilitation

Monitor healing and functional recovery with tailored post-operative care protocols.

OsseoLabs integrates the future ML methodology, and overcome challenges in

Fully Biodegradable

Our magnesium scaffolds naturally dissolve in the body, eliminating removal surgeries and reducing overall patient risk and healthcare costs.

Acceleration

Using advanced medical-grade Mg-alloys and LPBF, we craft precise scaffolds tailored to each patient’s unique bone defects, ensuring an ideal anatomical fit.

Tailored Precision

OsseoMatrix™ unites mechanical stability, tailored porosity, and controlled degradation, enabling seamlessly integrated implants that overcome critical Mg 3D printing challenges.