Revilla Research Center RRC | Dental Innovation

About us

Dentists and Dental Technicians

The Revilla Research Center RRC was founded with the enthusiasm of a group of dentists and dental technicians eager to keep learning and improving their knowledge, innovating and developing applications of the latest technologies. Always evidence based.

Objectives

Innovation and improvements

We develop research projects that evaluate and improve the applications of the latest technologies in dentistry. We strive for continuous progress, we want to strengthen and disseminate the newest technologies in our profession.

Our Desires

Better professionals

Our commitment is to offer to our patients the best possible treatment and the latest techniques. Our satisfaction is to bring to life our projects through a better outcome in our clinical treatments.

Community

Together we will achieve more than alone

RRC is a community. We work and support each other in a team, sharing the knowledge and expertise of the members of our organization and within the net of national and international collaborators.

Communication

We share information

RRC wants you to have access to its projects, publications, technologies and the calendar of activities.

Partners

National and International

The RRC collaborates with prestigious universities and companies that have technological progress as a competitive advantage. We are always seeking enterprises, universities, societies and groups of professionals in dentistry and outside of dentistry who will help us to develop our projects.

The RRC is divided into different working areas, each one is related to different specialties in dentistry.

Are we going to stop milling?

The mail 3D printing – Additive Manufacturing technologies for metal (titanium and chrome/cobalt) and ceramic with dental applications are the poder bed fusión technologies (PBF): Selective Laser Sintering (SLS), Selective Laser Melting (SLM) y Electron Beam Melting (EBM).

Are we going to stop using stone or wax?

The main 3D printing – Additive Manufacturing technologies for plastic, composite and resina are: estereolitography (SLA), material extrusion, material jetting and VAT photopolymerisation. These technologies allow to fabricate diagnostic casts, nightguards, dynamic esthetic templates, mock-up, resin or wax patterns and provisional restorations.

Director: Marta Revilla León DDS, MSD
European Advisor: Jaime A. Gil DDS
USA Advisor: Lisa Thoms DDS, MSD, FACP

Quality Assurance Coordinators

Arturo Blanco

DDS, MSD

Presidet Puerto Rico Association of Prosthodontists
Certificate in Prosthodontics. University of Washington, Seattle. USA

Jeffrey E Rubenstein

DMD, MS

Professor Graduate Prosthodontics University of Washington

Multu Özcan

DDS, MSD, Ph.D

Professor and Head of Dental Materials Unit University of Zurich
Doctorate in Medical Sciences (Ph.D) University of Groningen

Marta Revilla León

DDS, MSD, Directora RRC

Assistant Program Director of AEGD residency program. Texas A&M University.
Certificate in Prosthodontics. University of Washington, Seattle. USA

Yu Zhang

PhD, Engineering & Materials Science

Associate Professor in Biomaterials and Biomimetics New York University College of Dentistry

Ion Zabalegui

DDS, MD

Master Periodontics and Implantology, USC, LA. USA

Research Team

Loli Galván

DDS, MS

Master in Prosthodontics USC LA. USA
Master in Prosthodontics Complutense University of Madrid

Javier Pérez López

RDT

Dental Technician
Oral Design Center Galicia

Marta Revilla León

DDS, MSD

Assistant Program Director of AEGD residency program. Texas A&M University.
Certificate in Prosthodontics. University of Washington, Seattle. USA

Ion Zabalegui

DDS, MD

Certificate in Periodontics and Implantology, USC CA. USA
Member of the American Academy of Periodontology

Inaki Martinez Klemm

RDT

Dental Technician
Director Dental Laboratory Odotek

José Manuel Reuss Rodríguez-Vilaboa

DDS, MS

Certificate Advance Training Surgical Implant Dentistry, UCLA, USA
Collaborating Faculty Graduate Prosthodontics, UCM, Spain

Marina Olea Vielba

DDS, MS

Master in Esthetic Dentistry. Complutense University of Madrid

Wenceslao Piedra Cascón

DDS, MS

Master in Esthetic Dentistry. Complutense University of Madrid
Collab. Faculty Master Aesthetic Dentistry UCM

Ana Esteso Saiz

DDS, MS

Master in Esthetic Dentistry. Complutense University of Madrid
Collab. Faculty Master Aesthetic Dentistry UCM

José Luis Sánchez

RDT

Dental Technician
Director Dental Laboratory 3Dental

3D Metal Titanium frameworks SLM and EBM technologies

Discrepancy of complete-arch titanium frameworks manufactured using selective laser melting and electron beam melting additive manufacturing technologies

Digital workflow for esthetic dental rehabilitation

A report on a diagnostic digital workflow for esthetic dental rehabilitation using additive manufacturing technologies

Digital workflow for splinted framework and custom tray

Digital workflow for the design and additively manufacture of a splinted framework and custom tray for the impression of multiple implants: A dental technique

Facial scanner and 3D baseplate and occlusion rim

Facially generated and additively manufactured baseplate and occlusion rim for treatment planning a complete-arch rehabilitation: A dental technique

Impression technique for a complete-arch using 3D printing

Impression technique for a complete-arch prosthesis with multiple implants using additive manufacturing technologies

3D printing current polymers for interim dental restorations

A review on chemical composition, mechanical properties and manufacturing work flow of additively manufactured currentpolymers for interim dental restorations

Interim restorations from 3D Printing esthetic diagnostic

Laboratory workflow to obtain long‐term injected resin composite interim restorations from an additive manufactured esthetic diagnostic template

Accuracy of Implant Analogs on 3D Printed polymer Models

Position Accuracy of Implant Analogs on 3D Printed Polymer versus Conventional Dental Stone Casts Measured Using a Coordinate Measuring Machine

Digital tools and 3D printing into the workflow of restorative

Digital tools and 3D printing technologies integrated into the workflow of restorative treatment: A clinical report

Polymer Additive Manufacturing for Prosthodontics

Additive Manufacturing Technologies Used for Processing Polymers: Current Status and Potential Application in Prosthetic Dentistry: Polymer Additive Manufacturing for Prosthodontics

3D Metal Printing for Frameworks of Fixed Dental Prosthesis

3D Metal Printing – Additive Manufacturing Technologies for Frameworks of Implant-Borne Fixed Dental Prosthesis

The headquarter is located in Madrid, Spain.

We have collaborators in different countries around the world.

We are available for any question or suggestion.

Email: info@revillaresearchcenter.com

Meet the RRC

Working Areas

Know about our projects

01.

METAL - CERAMIC

3D Printing - Additive Manufacturing of Metal and Ceramic

RESTORATIVE

3D Printing - Additive Manufacturing of plastic and resins

02.

Meet the team of the RRC

Director and Collaborators

Publications

articles and journals

CONTACT

Open for more communication with you

MAIL US HERE

With suggestions