OUR MISSION
We put our efforts in the use of medical 3D printing is expanding in both clinical and research-oriented healthcare efforts. This involves the use of 3D printing, also called additive manufacturing, to create tangible reproductions of anatomical structures. The practice of oral and maxillofacial surgery is becoming increasingly challenging and challenging, due to the complex anatomy combined with the growing desire for better, accurate and more aesthetic treatment results.
3D MED PROJECT by XTESA
The 3D MED project consists of following and educating doctors in the 3D showcase; 3D MED is a 3D case preparation course where doctors are assisted by a technician specialized in the 3D surgical path in the maxillofacial field. 3D MED is a comprehensive case planning and presentation course that animates the patient’s skeletal and facial changes in real time and delivers results on precise surgical guidance.
The 3D MED Project preparation will teach doctors how to plan treatment, document and present cases.
Xtesa's mission includes optimizing and facilitating the daily workflow within the medical facility. The attention to detail guaranteed by 3D printing is particularly necessary in surgical areas, such as the maxillofacial sector.
3D technologies can significantly improve all pre/post-operative phases, bringing benefits and advantages.
Doctors must be able to evaluate the patient’s anatomy to quickly develop surgical plans and provide information to reduce surgical risk and operating times; With the 3D MED project, Xtesa introduces 3D surgery into the field.
We highly believe that a good training of 3D MED with the Xtesa team and rapid advancements in the industry, incorporating 3D printing into a suitable application can be a highly rewarding process.
Xtesa guarantees an excelent technical planning and preparation: A combination of 3D-based techniques with the many available avenues for problem solving creates a productive environment for unique and inherently valid results for the maxillofacial region.
Technical assistance and support your for case preparation
Every client matters; our surgical planning consists in a patient-specific treatment plan is created once the patient’s anatomy is acquired using standard medical imaging technologies. (This process includes DICOM segmentation, volumetric evaluation, implant design and 3D printing.) A range of therapeutic approaches based on 3D printed models can be used to address anatomical rehabilitation of the facial bones.
