Services
Resin models and 3D – 4D prints
In our digital lab, the process begins with intraoral scanning or digitization of physical models, followed by custom design in specialized CAD software. The parts are then 3D printed using high quality resins, and in the case of 4D technology, smart materials are used to improve fit and functionality. This is followed by curing, finishing and quality control to ensure accurate, esthetic prostheses that are ready to optimize clinical treatments.
Temporary prosthesis
Fabrication of a provisional prosthesis begins with digital or physical impressions, followed by a design in CAD software to adjust the shape, size and occlusion. Next, the prosthesis is fabricated by 3D printing using specific resins for temporaries. Finally, curing, polishing and adjustments are made to provide the patient with a functional, esthetic and precisely fitting piece.
screw implant
Digital or analog impression of the implant position. The structure is then designed in CAD software, taking into account the screw fit and final esthetics. The prosthesis is manufactured by milling or 3D printing in biocompatible materials, the esthetic finishes are made and the passive fit is verified before delivery, guaranteeing precision, stability and functionality in the implant treatment.
removable prosthesis
The process of making a removable prosthesis begins with taking functional impressions of the patient, which are then digitized or worked on a physical model. From this, the structure is designed in CAD software or in a traditional way, defining the support, retention and stability. Subsequently, the prosthetic base is fabricated using 3D printing or conventional techniques, the prosthetic teeth are placed, the occlusion is adjusted and finished with polishing and esthetic finishes to ensure comfort, functionality and a natural appearance.
Dental Plates
The dental plates start by taking a digital or physical impression of the dental arch. Then, the model is designed in CAD software, adjusting thickness, shape and occlusal contact according to the clinical need (protection, deprogramming, etc.). Subsequently, the plate is fabricated by 3D printing or thermoforming on the digitized model, curing is performed if necessary, and finally the edges are polished and adjusted to ensure comfort, functionality and a precise fit on the patient.
Structures
It starts with taking impressions and digital scanning of the models. From this information, the structure is designed in CAD software, defining areas of support, retention and passive fit. Then, the structure is manufactured by 3D printing in castable resin for casting or by direct milling in biocompatible metal. Finally, finishing, polishing and verification of fit are performed to ensure strength, precision and optimal clinical adaptation.
HOW DO WE DO IT?
In our laboratory, the control and optimization of each stage of the workflow are fundamental to guarantee the success of our processes and services. We work under strict quality standards and with state-of-the-art technology, guaranteeing accurate and efficient results that meet the most demanding clinical expectations.
RESULTS
