- Print in batches: Models from multiple patients can be automatically arranged and printed in batches.
- Minimal post-processing: Traditional processes require multiple manual steps including grinding and polishing to produce a finished dental model. 3D printing clear aligners directly streamlines production as the model directly prints from a digital model then washed and cured .
- Faster treatment planning: By reducing total print time, treatment plans finalize and execute faster, leading to a more positive patient experience.
- Reduce labor costs: On average, dental offices can save thousands of dollars a month on labor costs when they select the right solution.
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DMR is a 3D printable rigid material designed to create highly accurate dental models with low shrinkage. Perfect for thermoforming, DMR DMR II is a rigid dental model resin that can be printed quickly. It has excellent mechanical properties and vertical printing capabilities, and can achieve high-precision vertical printing.
Dental Model Resin II
Dental Model For High-Precision, High Accuracy
- High-strength physical properties.
- DMR II material can be easily removed from the forming table.
- Easy to clean.
HIGH DENTAL PRINTING ACCURACY WITH LEAP™
High Accuracy And Clinically Acceptable For Orthodontics
Compared to average 3D printing processes like fused filament fabrication (FFF) or stereolithography (SLA), digital light processing (DLP) provides highly accurate 3D-printed dental appliances.
Simple Digital WorkFlow
- Scan: Users take an intraoral scan of the patient’s mouth and store it as a digital file. They then convert the scan into a solid model using an .STL file and may choose to add supports to orient the model correctly. Multiple models can also be placed in the build area for batch printing.
- Print: After selecting the appropriate resin, the user sends the model files directly to the printer, and the 3D printing machine prints the devices. After printing, the user removes the models from the build area and trims any support structures.
- Wash and Cure: Lastly, the user quickly washes, cures, and trims the appliance before providing it to the patient. The gloveless process steps are completed in minutes and elevate patient satisfaction with same-day service, reduces follow-up visits for fit adjustment, and frees up time for dental offices to see more patients.
iLux Desktop Printer
iLux series of production and prototyping desktop printers achieves leading printing speeds. Ilux is the first desktop printer to master high-viscosity printing resins in a compact desktop form factor.
Lux Industrial Printer
Lux series of production printers power LuxCreo Smart Factories and customer high-throughput production and prototyping needs. Lux enables leading printing speeds up to 15 cm/hour enabled by LuxCreo's patented blend of fast printing resins, artificial intelligence, and LEAP technology.
Learn More in Our Dental Blog Posts
Four Innovative 3D Printing Dental Applications
Today’s printers use advanced resins, software, and hardware to 3D print higher quality dental appliances than traditional manual methods. Dental practitioners and labs that want a flexible production process should consider these applications of 3D printing in dentistry, dental surgery, and orthodontics.
Evaluating Scalable 3D Dental Printing Solutions for Dental Practices
If you need to produce high-volume quantities of simple and very inexpensive products, then 3D printing processes may not provide significant advantages. However, there are many applications of 3D printing where it solves many production pain points felt by manufacturers. Here’s what you need to know about high-volume additive manufacturing and applications where 3D printing can provide the most value.
3D Printer Dental Resin and Material Evaluation Guide
Advanced printers have improved printing techniques and are compatible with new 3D printer dental resins. These advanced resins support a variety of dental applications, including clear aligners and retainers. 3D printing dental solutions enable new production methods and business models for practitioners and dental labs and require resources for evaluating the range of available 3D printer dental resins. The following comprises a short guide on selecting the best 3D printable resins for different dental appliances.
Three Ways 3D Printing Supports Dental Manufacturing Companies
Orthodontists and dental labs are using 3D printing technology to improve the quality of dental products. Dental devices like night guards, retainers, and surgical guides are custom and need to accurately fit the patient’s mouth. Traditionally, appliance manufacturers utilized labor-intensive manual methods to create custom products. It required orthodontists to create patient molds, ship them…
Best 3D Dental Printer for Dental Labs and Practices
Dental labs and offices spend a significant amount of time creating custom products for patients. With 3D printing dental solutions, practitioners can streamline production workflows and improve the patient experience. They need the best 3D dental printers that support multiple products, such as nightguards, retainers, aligners, and surgical guides. Dental practices and labs that want…
How to 3D Print Dental Study Models
With recent advancements in additive manufacturing machines, 3D-printable resins, and 3D printing dental software, practices and labs can use 3D printers to produce dental study models faster than the traditional casting process. 3D printing replaces the many steps in traditional model manufacturing with a fast and easy printing process that yields a more accurate product.
Five Benefits of Using a 3D Printing Dental Lab
Today, lab/practice partnerships are more beneficial with the accessibility of 3D printers. Advanced 3D printing solutions produce devices with a faster turnaround time than traditional and even legacy 3D printing methods. The innovative resins and resin-printing techniques used by modern 3D printers offer industry-leading strength, accuracy, and transparency leading to better end products.