Hi-Fiber provides next-generation dental reinforcements manufactured using 3D printing and continuous fiber technology. These metal-free, translucent reinforcements chemically adhere to resins to create durable, aesthetic prostheses that distribute chewing stress effectively. The digital workflow simplifies processes for dental professionals, enabling faster delivery of lightweight, high-performance restorative solutions.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional dental reinforcements often compromise on aesthetics or structural integrity, leading to patient dissatisfaction and potential restoration failures. The conventional fabrication processes are also time-consuming and costly for dental professionals.
Solution
Hi-Fiber offers advanced, metal-free dental reinforcements produced using a proprietary 3D printing and continuous fiber technology. These reinforcements are designed to provide superior durability and natural aesthetics, effectively distributing occlusal forces to prevent fractures. The digital workflow streamlines the design and production process, significantly reducing turnaround time and costs for dental practices. Hi-Fiber's biocompatible materials ensure patient comfort and long-term oral health.
Target Audience
The primary target audience includes dentists, dental technicians, and dental laboratories seeking advanced, aesthetic, and efficient solutions for smile restorations.
Features
- Continuous fiber reinforced technopolymer structures for enhanced mechanical performance and fracture resistance.
- Metal-free and translucent material composition for superior aesthetic integration with natural dentition.
- Biomechanical behavior closely mimicking cortical bone due to optimized elastic modulus.
- 3D printing and robotic technology enabling precise, custom fabrication of reinforcements.
- Digital workflow supporting STL file uploads for custom design and production.
- Rapid turnaround time, with reinforcements ready for use within 36 hours of order placement.
- Applications include full-arch prostheses, partial dentures, orthodontic splints, and Maryland bridges.
- Lightweight design, reducing prosthesis weight by up to 56% compared to traditional metal reinforcements.