Dental 3D Printers: 7 Best Options of 2024
Best Dental 3D Printer: Image Source: dental.formlabs.com
The advent of 3D printing technology has revolutionized the field of dentistry over the past few years. From dental crowns, bridges, implants, and even complex orthodontic appliances – 3D printing is being utilized in a variety of ways to give dental professionals greater flexibility while providing patients with more accurate and cost-effective treatments. But selecting the right 3D printer is essential for any dentist or laboratory looking to harness this technology’s full potential.
A wide range of 3D dental printers are available, with different sizes according to lab, applications, scale of production, and specific tasks. While selecting the best 3D dental printer for your lab, consider some factors like what type of material it prints, the software it supports, and how much training you need to learn the use of that printer.
Therefore, we’ve compiled a handpicked list of resources for your perusal. So, let’s get on with the list of the leading 3D dental printers of 2024!
Best 3D Dental Printers of 2024
1. J5 Denta Jet
J5 Dental jet: Image Source: support.stratasys.com
J5 Denta Jet printer uses the technology of poly jet and Digital light processing (DLP). This printer is used for manufacturing models, night guards, castable partial denture frameworks, orthodontic appliances, surgical guides, try-ins for veneers and dentures, and custom rays.
Cost: $60 000
2. IMD
IMD: Image Source: carima.com
IMD 3D printer uses digital light processing technology (DLP) for its application. Various appliances can be manufactured with the help of this printer, such as surgical guides, models, provisional restorations, removable partials, wax-ups, temporary crowns, castable parts, and bridges.
Cost: 11, 500
3. NextDent 5100
Nextdent 5100: Image Source: indiamart.com
3D System Corporation designs this printer. NextDent 5100 uses Stereolithography (SLA), digital light processing technology (DLP), and metal powder bed fusion technology for manufacturing various dental appliances. Different dental models, denture bases, castable parts, surgical guides, crowns and bridges, crowns and bridge copings, removable frameworks, orthodontic splints, and custom trays can be manufactured with this printer.
Cost: 10, 999
4. ProJet MJP 3600 Dental
ProJet MJP 3600 Dental: Image Source: 3dsystem.com
ProJet MJP 3600 Dental printer is also designed by the 3D System Corporation. So it uses the same technology as the NextDent 5100 3D printer. It is used for manufacturing different dental parts such as denture bases, castable parts, surgical guides, crowns and bridges, crowns and bridge copings, removable frameworks, orthodontic splints, etc.
Cost: Upon request
5. NXD 200
NXD 200: Image Source: store.p3additive.com
Next 3D manufactured the NXD 200 printer. The technology used by the NXD 200 is STereoLithography. Various surgical models, surgical guides, customized impression trays, gingiva, and bracket transfer trays can be created by using the NXD 200 printer.
Cost: 39, 995
6. 3Demax
3Demax: Image Source: zwp-online.info
3Demax printer uses digital light processing technology (DLP) for its application. 3Demax is manufactured by the brand DMG. Various dentistry appliances are developed using 3Dmax, such as mouth guards, crowns and bridges, occlusal splints, surgical guides, burnout casting models, etc.
Cost: $1000
7. AccuFab-D1
AccuFab-D1: Image Source: prominent-dental.com
STereoLithography and digital light processing technology (DLP) are used in this AccuFab-D1 printer to design its features. Shining 3D brand manufactured the AccuFab-D1. Various dentistry appliances are made using this 3D printer. Different dental models, wax-ups, gingiva, customized impression trays, bracket transfer trays, surgical guides, etc., are some of them.
Cost: 6420 euros
How are 3D Printers Used in Dentistry?
- For replacing damaged teeth: The dentist uses 3D scanners for scanning the patient's mouth, which records all the data like the pattern and arrangement of the teeth, dental cavity, and oral cavity, which is unique to every person. This recorded information is stored in a 3D digital file. These files help the dentist use computer-aided design (CAD) software to design the replacement tooth or teeth and then print this product using the 3D printer. There are a lot of CAD software available that dentists can use, but we recommend using SelfCAD.Dental crowns, implants, and dentures can all be manufactured using 3D printers.
- For designing braces, guards, or invisible teeth straightening aligners and dental appliances: Previously, dentists used clay molds that harden into models for creating the braces or transparent aligners. These clay molds look gooey and awkward for the patient. But 3D printer avoids this discomfort.
- 3D printers manufacture surgical tools, crowns, and dentures much faster and with precision and accuracy: Manufacturing dental models is time-consuming. The 3D printer allows the production of many appliances at once. These printers develop the models with 100 percent precision.
- 3D dental printers are much more affordable than dental labs: It has a low overhead cost, reducing patient costs. As digital printing simplifies the process of creating dental parts and also minimizes the room for errors and labor requirements, all this facilitates the money saving.
Applications of 3D Printing in Dentistry
1. 3D Printed Dental Aligners
Patient-specific dental aligners can be made by the 3D dental printer, which is the most significant impact of 3D printing in dentistry. For fabricating accurate 3D models of a patient's teeth, dental solutions like Invisalign are used by the resin 3D printer, and then these models are used for fabricating clear aligners.
This is an example of indirect 3D printing as a directly 3D printed object is not used for the patient’s teeth, but they are used for manufacturing the final products. Dental professionals first scan the patient's oral cavity using an intraoral scanner. This data is sent to a CAD model, and finally, the 3D printer uses the technology of Stereolithography or any other for manufacturing the 3D models.
2. 3D Printed Dentures
Direct 3D printing is also possible with the dental 3D printer. Here the direct final product is manufactured by the 3D printer.
For example, 3D printing of full dentures is possible through 3D printers. Plastic frames with complete sets of teeth are produced, the base material that touches the patient's gums is made from a softer resin than the teeth, and teeth are rigid and strong.
3. 3D Printed Casting Models
3D printed casting models are the indirect application of 3D printing. These casting patterns are used to cast items like crowns, bridges, and copings. Casting models were used long before 3D printers, but now the process is streamlined by 3D printing.
4. 3D Printed Surgical Guides
One of the most critical uses of 3D printing in the medical industry is the 3D printing of surgical guides. The same concept is used in dentistry. Surgical guides are used for checking the patient’s mouth. They are applied to the patient’s mouth before the procedure.
Surgical guides are designed using the 3D scan data, which the CAD design utilizes. Then it is printed and polished, and the finished product is used in the oral cavity.
5. 3D Printed Dental Models
3D-printed full arch models can be designed using 3D printing. Crowns and bridges are the one dental model. Dental restorations and other procedures use various dental models.
Overall Best 3D Modeling and Printing Software - “SelfCAD”
SelfCAD is one of the best 3D design softwarefor dentistry that will have you designing right away. This software's strengths include new and more user-friendly tools, an extensive library of custom shapes, and more design flexibility. The learning curve for all other applications is quite steep and could take months or even years to master. SelfCAD's main objective is to provide tools and an intuitive user interface that will simplify the entire 3D design process for beginners and those looking to learn how to design professionally. With the help of SelfCAD, users can create models, sculptures, drawings, and designs, as well as 3D-print-ready versions of their creations, all without the need for additional software.
When working with 3D scans for dental designs, you can find sometimes that there are unnecessary gaps or holes and you will need to fill them. SelfCAD comes with many tools that you can use to fix them and even add or remove sections to ensure that it is as intended. Get to know how to edit and simplify files in SelfCAD in the video below.
In addition to the option to edit your files, SelfCAD also comes with the magic fix tool that you can use to fix any meshes on your design before 3D printing. The video below shows how to fix non-manifold meshes in SelfCAD.
After creating your 3D models, you don't need to switch to a different software to slice it as it comes with its own in-built online slicer that is compatible with most of the common FDM 3D printers. Get to know how the slicer of SelfCAD works in the video below.
The projects you make are saved in SelfCAD's safe cloud storage, and there is also a downloaded version. This assures that the designers can create their models in three dimensions anywhere, at any time, without encountering any difficulties.
You won't have to be concerned about your computer storage getting full or overloaded because all the designing can be done online. The interactive tutorials in SelfCAD is the best method for learning 3D design. There is also SelfCAD academy and Youtube tutorials for beginners to ensure that users learn 3D modeling without having to spend a lot of time.
Users are given free access to SelfCAD's core features. Advanced features like Image to 3D drawing enable the free conversion of 2D photos to 3D and 3D images, respectively, and are only available to subscribers.
Conclusion
In this article, we have discussed the various 3D dental printers and what they are used for. The benefits and utilities of 3D applications in the dental industry are multifold. Here we just saw some of the benefits of 3D printing, which has a wider scope of improvements and inventions in the future.
Enjoy powerful modeling, rendering, and 3D printing tools without the steep learning curve.
Need to learn 3D modeling? Get started with interactive tutorials.