Trilor® Disk
The Lightweight, Durable, Metal-Free Prosthetic Revolution
Made from high-performance glass fiber, Trilor® Disk combines strength, flexibility, and lightweight properties in a single versatile material, making it ideal for definitive prosthetic frameworks. Perfect for bridges, bars, crowns, and implant solutions, it delivers high performance even in the most demanding clinical cases.
Its natural tooth-like shade and compatibility with composites and ceramics make it the ideal choice for aesthetic, functional, and completely metal-free prosthetics. With Trilor®, your practice provides patients with comfort, durability, and next-generation results.
Trilor® Disk
The Revolution in Lightweight, Durable, Metal-Free Prosthetics
Discover the New Era of Prosthetics with Trilor® Disk
Contact our team of experts and discover the highest-performing metal-free solution for your practice: lightweight, durable structures with excellent aesthetics, designed to last and simplify every clinical step.
The Metal-Free Framework That Elevates Your Prosthetic Restorations
The high-performance glass fiber disk that combines strength, lightness, and versatility for durable, functional, and aesthetically advanced prosthetics.
Trilor® Disk is a glass fiber-reinforced composite material (FRC – Fiber Reinforced Composite), specifically developed for creating high-tech, metal-free prosthetic structures. Thanks to its unique hybrid matrix and high elastic modulus, Trilor® ensures even distribution of masticatory loads and exceptional flexural strength, making it ideal for CAD/CAM production of bridges, implant bars, and implant-supported frameworks.
Its low specific weight, combined with the absence of metal, makes Trilor® Disk the perfect solution for reducing occlusal load and enhancing patient comfort, without compromising the strength of the restoration. Its excellent workability allows for precise milling and finishing, simplifying laboratory procedures and optimizing operational times.
Compatible with composite resins and aesthetic veneering materials, Trilor® provides seamless visual integration, delivering natural and highly customizable results. Its biomechanical properties make it particularly suitable for complex rehabilitations, where high structural reliability is required without compromising aesthetics or biocompatibility.
With Trilor® Disk, you can create lightweight, durable prosthetics perfectly tailored to the most demanding clinical needs, paving the way for a new generation of metal-free prosthetic restorations.
Why Choose Trilor® Disk
Exceptional biomechanical strength and excellent workability: Trilor® Disk is the ideal metal-free solution for durable, versatile, and highly aesthetic prosthetic rehabilitations.
Easy to Handle
Trilor® Disk is easy to mill using CAD/CAM technology, thanks to its homogeneous structure and low tool wear. It allows the creation of precise, lightweight structures perfectly adapted to the patient’s morphology.
Durable
A glass fiber-reinforced composite, Trilor® provides exceptionally high flexural strength (up to 540 MPa) and an elastic modulus similar to that of dentin, making it ideal for uniform distribution of masticatory forces in restorations on natural teeth or implants.
Aesthetic
Metal-free, with natural translucency and easily customizable shades, Trilor® Disk integrates seamlessly with dental tissues and veneering ceramics, ensuring superior aesthetic results.
User-Friendly
Its lightweight nature and ability to absorb masticatory shocks make Trilor® Disk particularly suitable for restorations in patients with parafunctional habits, bruxism, or high occlusal loads, enhancing long-term comfort.
Clinical Versatility of Trilor® Disk
Trilor® Disk provides maximum flexibility in prosthetics: ideal for fabricating bridges, implant frameworks, full-arch prostheses, and reinforced temporaries with precise CAD/CAM accuracy.
Implant-Supported Prosthetic Structures
Thanks to its dentin-like elastic modulus and high flexural strength, Trilor® Disk is the ideal choice for fabricating bars, Toronto Bridges, full arches, and screw-retained or cemented implant frameworks. Its lightweight nature reduces stress on implants, enhancing their longevity.
Strutture protesiche su impianti
Thanks to its dentin-like elastic modulus and high flexural strength, Trilor® Disk is the ideal choice for fabricating bars, Toronto Bridges, full arches, and screw-retained or cemented implant frameworks. Its lightweight nature reduces stress on implants, enhancing their longevity.
Ponti e corone metal-free
Trilor® Disk is ideal for fabricating metal-free bridges and crowns, providing a lightweight, strong, and biocompatible alternative to traditional metals. It is compatible with aesthetic materials such as composites and hybrid ceramics, allowing restorations with a natural appearance, free from the opacity or grayish translucency often associated with metals.
Facilità di lavorazione e personalizzazione
Trilor® Disk is a high-performance composite fiber disk designed for milling with CAD/CAM systems. Ideal for fabricating implant frameworks and full-arch prostheses, it provides high mechanical strength and biomechanical flexibility similar to natural bone. Compatible with adhesives, resin cements, and composite materials, it ensures versatility and efficiency both in the laboratory and in the clinic.
Riabilitazioni provvisorie a lungo termine
Trilor® Disk is the ideal choice for fabricating extensive prostheses and immediate-load implant rehabilitations. Its high-performance composite fiber structure provides excellent mechanical strength, dimensional stability, and even distribution of masticatory forces, reducing stress on implants. The disk can be easily milled using CAD/CAM systems and veneered with any aesthetic material, offering wide customization possibilities. Its light weight, combined with bone-like biomechanical flexibility, ensures optimal patient comfort even in long-term treatments, making it a reliable solution for both provisional and definitive restorations in complex clinical cases.
Affidabilità biomeccanica nel tempo
Thanks to its high-performance fiber-reinforced structure, Trilor® Disk provides excellent dimensional stability, outstanding fatigue resistance, and uniform distribution of functional stresses. Its combination of light weight, biomechanical flexibility, and radiolucency makes it ideal for long-term implant and prosthetic rehabilitations. It significantly reduces the risk of fractures, micro-movements, and biomechanical complications, offering a reliable, lightweight, and durable solution even in the most demanding clinical cases.
Approfondisci la validazione scientifica
Explore our Academy for clinical cases, comparative tests, and evidence to support your work.
Protesi Ibrida su Substruttura in Tecnopolimero Rinforzato con Fibre di Vetro (FRC): Approccio Clinico e Valutazione dei Materiali
Influenza di ambienti acidi sulle proprietà flessionali di un tecnopolimero CAD/CAM rinforzato con fibre di vetro (Trilor®, Bioloren)
Riabilitazione distale del mascellare superiore con singolo impianto e cantilever
Discover the New Era of Prosthetics with Trilor® Disk
Get in touch with our team of experts and discover the highest-performing metal-free solution for your practice: lightweight, durable, and aesthetically excellent structures designed to last and streamline every clinical step.