ONX TOUGH 2

Introducing SprintRay OnX Tough 2, a groundbreaking dental 3D printing resin for use in creating fixed hybrid dentures. This resin leverages the cutting-edge NanoFusion™ technology, which set a new industry
standard by offering exceptional durability and visual quality.https://www.eurodontic.co.uk/product/onx-tough-2/

he result is a remarkably natural appearance that closely resembles natural enamel.
OnX Tough 2 empowers dental professionals to fabricate fixed hybrids
chairside while rivaling milled PMMA material qualities – all without extra
mixing or rolling. OnX Tough 2 ensures unmatched strength and
high-quality aesthetics, streamlining the process for increased efficiency
and fewer appointments.
500g bottles available now in: A1, A2, B1, Bleach and Hollywood White.

Full Arch Implant Rehabilitation
Rehabilitation of full arch edentulous patients was the primary reason and indication
for dental implants back in 1977 when Branemark introduced the osseointegration
process and endosseous dental implants.
Rehabilitation of patients with the need for full arch implant supported prosthesis
(often called hybrid prosthesis) has been growing rapidly among dental practitioners
and is demanded by many patients nationwide.
1
This treatment enables restoration of
function and aesthetics in very reasonable timeframes. The current trend in implant
rehabilitations is to develop materials to improve the aesthetics and mechanical
properties, reduce treatment time, and ultimately simplify treatment procedures.2
Conventional Methods of Hybrid Denture Fabrication
Conventionally, the provisional prosthesis delivered to patients during the healing
period would be fabricated by connecting temporary cylinders to a premade
PMMA based prosthesis. This procedure, which is performed either on the day of
surgery in case of immediate loading, or at a later time when the implants are fully
osseointegrated. In case of delayed loading, it is time consuming and can cause
discomfort for patients. However, introduction of CAD/CAM in dentistry and
improvements in digital dentistry workflows has enabled clinicians to reduce the
postoperative complications, improve the patient satisfaction, and provide more
predictable treatment outcome.
3
To date, the search for optimum material is
ongoing and constant research and innovation has created very unique materials
applicable for full arch implant rehabilitations.

Flexural Strength and Flexural Modulus
Objective
This study evaluated the flexural strength and flexural modulus of the samples
printed with available dental 3D printing hybrid denture materials in the market.
This study provides a valuable insight into the mechanical properties of these
3D printed resins.
Materials and Methods
For this evaluation, bars with 4 mm thickness, 12.7 mm width, and 125 mm length
were fabricated according to the ASTM D790. For this test the support span was
set at 64 mm. Moreover, bars with 2 mm thickness, 2 mm width, and 25 mm length
dimensions were fabricated according to the ISO 4049 standard. For this test the
support span was set at 20 mm. The materials printed for this study were OnX Tough
2 (SprintRay), Flexcera Smile Ultra Plus (Desktop Health), Rodin Sculpture (Pac-Dent),
and Trusana (Myerson). All samples were printed and cured according to the
manufacturer’s IFU. https://sprintray.com/

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CHAIRSIDE RESTORATIONS HAVE NEVER BEEN
                            SMART AND SIMPLE

SprintRay Midas is the ultimate chairside restoration solution. It uses patented Digital Press Stereolithography (DPS) technology and an innovative capsule system to make producing crowns, inlays, onlays and veneers as easy as using your coffee machine. When you buy Midas, you’ll unlock access to AI Studio and unlimited AI designs for one year.

• Fast – print up to 3 full-contour crowns, 6 inlays/onlays or 9 veneers in less than 10 minutes
• Easy to use – Midas guides users intuitively from scan upload to design and fabrication. It’s easy to use, clean and maintain.
• Revolutionary – patented DPS and capsule technology allow Midas to print without viscosity limitations, including highly filled composites for future biomaterial innovation.

SprintRay Midas Features

3D Printing Technology

Viscosity-agnostic Digital Press Stereolithography (DPS)
Continuous pressurized printing system
Advanced cure depth control

Resin Curing Unit

385 nm UV-A LED
SprintRay custom-built UV projector
Factory calibrated for light uniformity and intensity

Minimum Feature Size

45 µm (XY Resolution)

Print Speed

Print up to 3 capsules in less than 10 minutes

Print Glass

Heated glass printing surface
3-capsule max capacity
Removable print template
Easy to clean with IPA and glass cleaner

Resin Capsule

Print Volume (Per capsule)
15 mm diameter
20 mm height
Resin Volume (Per capsule)
4 mL of resin

Connectivity

2.4 and 5 GHz Wi-Fi chipset
Local network via Wi-Fi b/g/n
Local network via Ethernet cable

User Controls

7” glass touchscreen
Direct print via front-facing USB-C port
Android-based PrintOS onboard software
8-core onboard computer

Power Requirement

100-240V, 50-60Hz, 140 watts
Operating Temperature Range 70 – 85°F (21 – 29°C)
Unit Dimensions
(W x D x H)
8 x 8 x 14.5 in.
20 x 20 x 37 cm

Shipping Dimensions & Weight

13 x 18.5 x 14 in.
33 x 47 x 35.5 cm
24 lb.
11 kg https://sprintray.com/en-uk/

The post SPRINTRAY MIDAS Meet the New King of Chairside appeared first on Eurodontic.

SPRINTRAY CERAMIC CROWN CAPSULES https://www.eurodontic.co.uk/product/ceramic-crown-capsules/

Each single-unit  SPRINTRAY CERAMIC CROWN CAPSULES can produce up to 1 crown, 2 inlays/onlays, or 3 veneers in ca. 10 minutes. The capsules integrate the build platform, tank, and material into a single unit, simplifying the 3D printing process for dental professionals.

• Ceramic Crown MIDAS CAPSULE – Class IIa and MDR cleared for use in 3D printing definitive individual and fixed full single crowns, definitive partial crowns in the front and posterior area, individual and fixed single veneers.

Stress-free, chairside.

The world’s first digital restoration press
and the simplest and smartest method
of 3D printing dental restorations.

Patented Digital Press
Stereolithography (DPS)

Midas is an all-new solution for chairside
restorations. Digital Press Stereolithography
combines the tank, resin, and platform into
a single capsule, allowing it to print with
materials that are more viscous than
conventional 3D printers.

Print a range of restorations

in 10 minutes
Midas Capsule
OR OR 9 63
Combination of applications across all 3 capsules

Design In Minutes With AI Studio

AI Studio combines the convenience of AI design with the
versatility of CAD to create a simple, cloud-based design
suite. Designing a restoration with Studio is easy for anyone,
while customization options like margin and
adaptation adjustments help create a perfect fit.
When you buy Midas, you’ll unlock access to
AI Studio and unlimited AI designs for one year.https://sprintray.com/en-uk/

Fast

First-ever digital press

Digital Press Stereolithography (DPS) lets you 3D print highly-filled composite restorations in minutes

Digital Press Explained

Easy

AI design, zero upkeep

Midas AI Studio generates AI designs you can customize, then easily print in just a few steps

See AI Design Studio

Revolutionary

Viscosity agnostic

Midas is immune to resin viscosity, supercharging the future of Biomaterial Innovation for highly-filled composites

Meet the New King of Chairside

The most revolutionary 3D printing tech ever to reach dentistry

What can I do with Midas?

Midas uses Digital Press Stereolithography, a patent-pending printing method that replaces the resin, tank, and build platform with a Resin Capsule. This advancement allows Midas to print with highly filled resins that are too viscous to use on a conventional 3D printer.

The post SPRINTRAY CERAMIC CROWN CAPSULES appeared first on Eurodontic.

Flexural Strength and Flexural Modulus
Objective
This study evaluated the flexural strength and flexural modulus of the samples
printed with available dental 3D printing hybrid denture materials in the market.
This study provides a valuable insight into the mechanical properties of these
3D printed resins.
Materials and Methods
For this evaluation, bars with 4 mm thickness, 12.7 mm width, and 125 mm length
were fabricated according to the ASTM D790. For this test the support span was
set at 64 mm. Moreover, bars with 2 mm thickness, 2 mm width, and 25 mm length
dimensions were fabricated according to the ISO 4049 standard. For this test the
support span was set at 20 mm. The materials printed for this study were OnX Tough
2 (SprintRay), Flexcera Smile Ultra Plus (Desktop Health), Rodin Sculpture (Pac-Dent),
and Trusana (Myerson). All samples were printed and cured according to the
manufacturer’s IFU.

https://sprintray.com/en-uk/3d-printing-products/sprintray-resins/?_gl=1kgyqxz_upMQ.._gaMTUxMzA5MjMyNy4xNzQyMjg5NzEz_ga_SWE5EYJ4MP*MTc0MjI4OTcxMi4xLjEuMTc0MjI4OTc3NC4wLjAuMA..

https://www.eurodontic.co.uk/product-category/cad-cam/sprintray/sprintray-compatible-resins

The post ONX TOUGH 2 appeared first on Eurodontic.