TRILOR®: The solution for a metal free dentistry

developed by Bioloren, is a
new techno-polymer consisting of thermo-
setting resin and a multidirectional rein-
forcement of fibreglass.

In the last 15 years implantology world has changed a lot thanks to the development of digital tech-nology and innovative materials. The traditional metals badly adapt to new technologies and new clinical needs. The greater rigidity involves a discharge of forces on the bone often compromising the final results or creating problems of bone retraction.
The high weight, thermal shock phenomena, bimetallism, difficult to control castings affect efficiency by increasing timing and costs. The advent of new materials like Trilor has allowed the suitability of cases for immediate loading with great satisfaction for both dentist and patient.
Last generation of complex polymers like Trilor® are a valid alternative to metal as substructures
and mesostructures in implantology because they permit to simplify protocols and achieve higher performances.
Trilor® belongs to the FRC (Fiber reinforced composites) family that is revolutionizing the sector of dental prostheses.
Trilor® Arch is the cheapest (no milling machine), fastest and easiest solution (less than 30 minutes to prepare the framework to cover) for a permanent full arch prosthesis.
Trilor® Arch is ideal for immediate loading on implants.
The objective of the prosthetic restoration is to restore the anatomy, functionality and aesthetics of partial or total edentuality. The success of a prosthetic therapy depends on a correct treatment plan that represents the sum of medical and operative knowledge, also involving other operators under the guidance of the clinician. The factors that the clinician must evaluate are:

  • the predictability of the reconstruction
  • the biocompatibility
  • the functionality
  • the phonetics,
  • the aesthetics,
  • the duration in time,
  • the economy
Prosthesis in Zirconia:
Prosthesis in Titanium
Prosthesis in Trilor®

TRILOR® Arches




physical properties


Tensile Strength380 Mpa
Flexural Strength540 Mpa
Flexural Modulus26 Gpa
Compressive Strength (perpendicular)530 MPa
Density1,8 g/cm3

Biocompatibility tests

Genotoxicity, Carcinogenicity and genetic

mutation test

Cytotoxicity test
Acute System Toxicity
Delayed Hypersensitivity
Skin irritation
Water Absorption and Solubility