RayShape ShapeCure D: Ultra-Performance Dental Post-Curing...
Discover the RayShape ShapeCure D: ultra-performance post-curing with 150W of power for ISO 10993 biocompatibility and stability.
Discover the RayShape ShapeCure D: ultra-performance post-curing with 150W of power for ISO 10993 biocompatibility and stability.
RayShape ShapeCure D: The Ultra-Performance Post-Curing System for Digital Dentistry
📊 Quick Technical Summary
The RayShape ShapeCure D is a post-curing system with 150W LED power, designed to ensure the maximum conversion degree of 3D dental resins. It meets international biocompatibility standards (ISO 10993), being validated for over 100 international materials and optimized for Smart Print Bio resins (Vitality, Bite Splint +Flex, GoWhite).
- LED Power: 150 W (405 nm)
- Working Volume: 180 mm (Ø) x 100 mm (H)
- Biocompatibility Standard: ISO 10993
- Application: Post-curing of 3D printed dental medical devices
3D printing in digital dentistry has transformed device manufacturing, but the final quality of a printed part critically depends on the post-curing step. The RayShape ShapeCure D emerges as an advanced engineering solution, not just a light chamber, but a high-performance photopolymerization reactor. Developed for professionals seeking precision and safety, this system ensures that each part reaches the peak of its physical-mechanical properties and biological safety, transforming liquid 3D resin into a stable and biocompatible polymer.
🔬 The Engineering of Definitive Curing: Ultra-Performance and Biological Safety
150W LED Power
Deep and ultra-fast polymerization, optimizing the chairside workflow.
Complete Monomer Conversion
Elimination of residual monomers to meet biocompatibility standards (ISO 10993).
360° Homogeneous Curing
Multiple LED light source system, rotating platform, and internal reflection to eliminate blind spots.
The differential of ShapeCure D lies in its ability to ensure the maximum conversion degree of resins. With a 150W LED power system, it accelerates the chemical reaction, reducing waiting time without compromising material integrity. Complete monomer conversion is crucial for biological safety, achieving international biocompatibility standards, such as ISO 10993. This ensures that the printed material is a safe medical device for intraoral use, and not just a plastic object.
The optical engineering of ShapeCure D provides 360° homogeneous curing, combining multiple LED light sources, a rotating platform, and surround internal reflection to eliminate blind spots. Stable thermal control prevents distortions in parts, preserving the millimeter adaptation of restorations such as veneers and protocols. The Smart interface, with a 3.5" touchscreen and a state-of-the-art ARM processor, allows the execution of complex protocols with a single click. The working volume of 180 mm (Ø) x 100 mm (H) offers capacity for full arches and multiple parts simultaneously.
🏆 Authority and Scientific Compliance
📊 Performance Table and Clinical Benefits
| Feature | Specification | Clinical Benefit |
|---|---|---|
| LED Power | 150 W (405 nm) | Deep and ultra-fast polymerization |
| Architecture | Open and Validated | Safety with >100 international materials |
| Precision | Thermally-Controlled | Absolute dimensional stability |
| Upgrade | Via USB | Equipment always updated with new resins |
✅ Conclusion and Expert's Voice
"The quality of your 3D print ends with your post-curing. Don't let the weakest link in the chain compromise your clinical success. The RayShape ShapeCure D delivers the science needed to transform high-tech resins into definitive and safe smiles."
💡 Protect Your Clinical Reputation
Investing in ShapeCure D means protecting your clinical reputation, ensuring that restorations like Vitality do not suffer chromatic degradation or fractures due to insufficient curing. Furthermore, it optimizes operational efficiency, drastically reducing post-processing time and enabling same-day Full Digital workflow, all in compliance with the strictest regulations (FDA/CE).
Perguntas Frequentes
What is the main function of RayShape ShapeCure D in digital dentistry?
The main function of RayShape ShapeCure D is to ensure the maximum conversion degree of 3D resins used in dentistry. It transforms liquid resin into a 100% stable polymer, ensuring that the physical-mechanical properties and biological safety of printed parts are optimized, which is crucial for the longevity and functionality of intraoral medical devices.
How does ShapeCure D ensure the biocompatibility of printed parts?
ShapeCure D ensures biocompatibility through the complete conversion of residual monomers. With its 150W LED power system, it accelerates the chemical reaction, eliminating these monomers and achieving international biocompatibility standards, such as ISO 10993. This is fundamental for printed parts to be safe for intraoral use and classified as medical devices.
What are the technical specifications for power and working volume of ShapeCure D?
The RayShape ShapeCure D features a 150W LED power system, operating in the 405 nm range, which allows for deep and ultra-fast polymerization. Its working volume is 180 mm (Ø) x 100 mm (H), offering capacity to post-cure full arches and multiple parts simultaneously, optimizing productivity in clinics and laboratories.
Which brands of dental resins is ShapeCure D compatible with?
ShapeCure D is an open architecture system, validated for over 100 international materials from leading brands such as BEGO, VITA, Graphy, Keystone, Detax, NextDent, Dentona, Saremco, Rodin, Dreve, and DMG. Additionally, it is fully calibrated for Smart Print Bio resins, including Vitality, Bite Splint +Flex, and GoWhite, ensuring consistent and long-lasting clinical results.
How does the thermal control system of ShapeCure D contribute to part precision?
The stable thermal control of ShapeCure D is essential to preserve the dimensional precision of parts. By preventing temperature variations during the post-curing process, it avoids distortions that could compromise the millimeter adaptation of restorations such as veneers and protocols, ensuring the integrity and quality of the final work.
What is the benefit of 360° homogeneous curing for the professional?
The 360° homogeneous curing of ShapeCure D, achieved by multiple LED light sources, a rotating platform, and internal reflection, eliminates blind spots. This ensures that all surfaces of the part receive the necessary light energy for complete and uniform polymerization, resulting in consistent mechanical properties throughout the structure and greater clinical longevity.
What are the main operational benefits of using the RayShape ShapeCure D?
The main operational benefits include a drastic reduction in post-processing time, allowing for a same-day Full Digital workflow. The high polymerization speed and the Smart interface with pre-defined protocols optimize working time, increasing the efficiency of the clinic or laboratory and the ability to serve more patients or demands.
What does the 'Open and Validated' architecture of ShapeCure D mean?
The 'Open and Validated' architecture means that ShapeCure D, while compatible with a wide range of materials from different manufacturers, has rigorously tested and optimized protocols to ensure maximum performance with each of them. This offers the user flexibility to choose their preferred resins, while maintaining proven safety and effectiveness.
How does ShapeCure D contribute to regulatory compliance in medical additive manufacturing?
ShapeCure D contributes to regulatory compliance by meeting the most stringent safety protocols, such as those required by FDA and CE for medical additive manufacturing. The guarantee of biocompatibility (ISO 10993) and complete monomer conversion are crucial aspects that allow printed parts to be considered safe and regulated medical devices.
Why is post-curing considered a critical link in the dental 3D printing chain?
Post-curing is a critical link because, without it, the printed resin may not achieve its ideal mechanical properties and may contain residual monomers that compromise biocompatibility. Insufficient post-curing can lead to chromatic degradation, fractures, and clinical failures, compromising the longevity and safety of restorations, even if the initial print was perfect.