Dental printer technology has become an important part of modern digital dentistry. By integrating digital design with advanced printing systems, dental laboratories can efficiently produce highly accurate dental models and appliances.
Dental Printing System: Dental 3D resin printing system: Utilizing an oral scanner to acquire intraoral information from the patient, generating files in formats such as STL, OBJ, and PLY; importing these files into EXOcad design software for customized design to generate STL files; importing the STL files into printer software for layout and slicing processing, generating printer-compatible files such as OSF; and finally, the printer converts these files into actual objects.These technologies enable dental laboratories to streamline production workflows while maintaining high precision and reliability.
Our dental printing solutions support a wide range of dental applications and help laboratories improve productivity and manufacturing efficiency.
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• Data cloud platform upload
• High precision: Scans up to a depth of 25 millimetres
• AI analyses occlusion /AI Oral Health Report Analysis
• Button control, switch between upper and lower jaw with one key
• 16K high-resolution screen
• Maximum printing speed: 60mm/h
• Compatible with various 405nm and 385nm resin materials
• Compatible with multiple printers
• Moderate viscosity and good flowability
• It can print various types of restorations, including temporary teeth, models, guides, and denture bases.
• Data cloud platform upload
• High precision: Scans up to a depth of 25 millimetres
• AI analyses occlusion /AI Oral Health Report Analysis
• Button control, switch between upper and lower jaw with one key
• Prints 300 frameworks at a time in 3–4 hours.
• Specifications: 10-38μm
• It has good biocompatibility and corrosion resistance.
• Thermal expansion and Porcelain powder material matching
A typical CAD / CAM printer workflow includes the following steps:
Capture precise digital impressions using intraoral scanners or laboratory scanners.
The restorations were designed using professional dental CAD software such as EXOCAD or 3shape..
The designed restoration is precisely printed layer by layer using a dental printer.
After cleaning the surface of the restoration to remove any residual resin, the restoration is placed in a curing machine for secondary curing to achieve the final effect..
The final printed products are delivered for laboratory use or clinical applications.
Our team is available 24/7 to support your dental laboratory needs.
If you would like to learn more about our dental milling machines and digital dentistry solutions, feel free to contact our specialists or send us your inquiry through the contact form.
Resin printers are mostly used for printing resin models, temporary teeth, implant guides, orthodontic guides, and cast wax-type teeth.
Metal printers are mostly used to print metal inner crowns or full crowns, implant abutments, removable dental frameworks, implant guides, and implant maron bridges, etc.
1.Unrestricted by traditional cutting methods, it can process more complex or angled restorations.
2.More restorations can be processed at once, and the cycle time is shorter.
3.Reduced costs, high material utilization, and virtually no waste materials
4.It is basically suitable for processing restorations in multiple procedures such as fixed, implant, orthodontic, and removable restorations.
Depending on the type of restoration, resin printers use materials such as temporary dental resin, model resin, implant guide resin, casting wax model resin, and gingival resin.
Metal printers use metal powders such as titanium, cobalt-chromium alloy, and nickel-chromium alloy, depending on the material properties.
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