Silica Matting Powder, silica-type white powder, matting ability, Matting Powder, silica Guangzhou Chengbian Chemical Technology Co., Ltd. , https://www.gzcbct.com
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At Formlabs Dental, we believe that innovation doesn't stop at the printer—it’s all about what you can create with it. Our new Precision Model Resin is designed to empower dental professionals by enabling them to produce restorative models with over 99% of the printed surface area within 100 microns of the digital model. This level of accuracy and precision sets a new benchmark in digital dentistry.
Since the introduction of our 15+ dental-specific resins, Formlabs Dental users have already printed over 15 million dental parts. However, we’re never satisfied with the status quo. Leveraging the advanced hardware of the Form 4B, we’ve developed a suite of industry-leading materials that optimize print speed, accuracy, and mechanical performance. By aligning our resin formulations with both software and hardware advancements, we’ve created a cohesive 3D printing ecosystem that streamlines workflows for maximum efficiency.
Are you curious about the quality firsthand? Request a free 3D-printed restorative dental model today. Simply choose your preferred material, and we’ll send you a sample part printed on the Form 4B for evaluation.
Introducing Precision Model Resin, the next generation of Model Resin, tailored specifically for the Form 4 ecosystem. Designed for faster print speeds, superior accuracy, and enhanced aesthetics, Precision Model Resin creates restorative models with unmatched precision and fine feature resolution. Whether you’re working on restorative models, crown fit test models, implant models, or removable die models, this resin delivers exceptional performance every time.
One of the key advantages of Precision Model Resin is its increased opacity compared to its predecessor, Model Resin. With a matte finish and a gypsum-like appearance, it provides a more distinct visualization of margin lines—a crucial factor for restorative models. The color formulation was meticulously crafted to ensure a natural look, as Dr. Christopher Baer, DMD, from Baer Dental, noted: "Precision model looks fantastic. I really like the color of crowns on these models. The team at Formlabs did a great job nailing the color."
The Form 4’s cutting-edge hardware also contributes to unprecedented print speeds. In fact, print speeds are three times faster than previous versions, allowing you to print up to eight restorative models in just 90 minutes at a 50-micron layer thickness. The cost per part remains competitive, ranging between $2-4.
When it comes to precision, restorative models printed on the Form 4B with Precision Model Resin demonstrate impressive accuracy. At a 50-micron layer height, 99.7% of the printed surface area falls within 100 microns of the CAD model, with 95% within 50 microns. This minimal variability ensures consistent and reliable production of high-accuracy models.
To showcase how Precision Model Resin stacks up against competitors, we conducted rigorous testing. When comparing parts printed at 50 microns, Precision Model Resin consistently outperformed leading alternatives in all measured tolerance ranges.
| Metric | Formlabs Precision Model Resin (Form 4B) | Asiga DentaMODEL (Asiga Max UV) | SprintRay Die and Model 2 (SprintRay Pro 95) |
|-----------------------|-----------------------------------------|----------------------------------|---------------------------------------------|
| +/- 100 μm tolerance | 99.9 | 99.7 | 90.4 |
| +/- 50 μm tolerance | 97.4 | 91.3 | 62.0 |
| +/- 25 μm tolerance | 75.7 | 62.8 | - |
In addition to print speed and accuracy, Precision Model Resin offers enhanced material properties. Compared to Model Resin, it is tougher, stronger, and more impact-resistant, making it ideal for withstanding the stresses of metal components during the assembly process. Post-cured prints in Precision Model Resin exhibit excellent mechanical properties, including a tensile strength of 50.0 MPa and a flexural modulus of 2.3 GPa.
For a deeper dive into the technical details, download the Technical Data Sheet or explore our White Paper on the Accuracy Requirements of 3D Printed Models in Dentistry.
Real-world success stories further validate the capabilities of Precision Model Resin. Hybridge Implants, a nationwide network specializing in full-mouth implant-supported prosthetic appliances, relies on the highest precision and accuracy for their metal components. Prior to adopting Precision Model Resin on the Form 4B, they faced challenges with thread integrity when screwing metal components into printed models. With Precision Model Resin, these issues disappeared entirely, allowing both the metal department and assembly team to work on the same models without compromise.
Christina Rivet, Vice President of Lab at Hybridge Implants, highlighted the material’s strengths: "Material print speed is phenomenal. The new model material I've raved about. It's strong. It prints fast. It has a lot of options for our prints." The dimensional accuracy, combined with its toughness and ease of cleaning in the ultrasonic bath, has streamlined Hybridge’s workflow, reducing the need for multiple models and saving valuable time and resources.
If you’re eager to experience the transformative power of Precision Model Resin for yourself, reach out to our sales team or request a free sample part today. Join the growing community of dental professionals harnessing the potential of 3D printing to elevate their practice.
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CB-991 Matting Powder is a silica-type white powder produced through a precipitation process. It has small particles, narrow distribution, easy dispersion, good hand feel and matting. It is mainly used for coatings, inks, glues, adhesives and other fields to achieve anti-corrosion. It has the functions of sinking, matting, thixotropy and anti-adhesion.