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Exclusive and patented technology
Hi-Fiber's patented technology is digital, efficient, biomechanically innovative. The 3D printing process produces a customized continuous fiber framework for each patient.
Why do we use 3D printing technology?
Advanced automation for everyone
Hi-Fiber is produced by 3D printing because optimize both the design and the non-corrosive material used for the latest generation of smart and sustainable production methods, without waste.
The 3D printing process ensures that you can get them accuracy, efficiency and maximum performance of pre-stressed continuous fibers. The resulting reinforcing bar is the closest possible representation of natural bone behavior with higher strength levels.
Not only that, but lets saveon material waste and traditionally used production resources.
Entirely digital
Hi-Fiber was born as an entirely digital solution to allow you to take advantage of our innovative technology to design your reinforcing bars with peace of mind thanks to our production system that guarantees high accuracy in the deposition of the technopolymer of which Hi-Fiber is made.
ProductsA one-of-a-kind bespoke thread
Thanks to 3D printing technology you can get a highly customizable tailored according to the patient's morphology to recreate an original smile.
Clinical casesInnovation within everyone's reach
Our generative software calculates the best internal reinforcement by analyzing the final model of your prosthesis for intelligent, guided planning and development adapted to your needs.
SoftwareInnovative biomechanics
Maximum performance
Hi-Fiber has a strength to weight ratio of up to six times higher compared to the other solutions.
Download the mechanical specificationsHigh standards
Moi Dental's commitment in the management and quality control of its production processes has been recognized by the UNI CEI EN ISO 13485:2016 certification and by compliance with the European Directive 93/42/EEC and sm
For high standards, the materials are biocompatible according to the UNI EN ISO 10993-5 standard.
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