Are you curious about the top Chinese companies revolutionizing dental 3D printing? Let’s dive into the world of innovative manufacturing and explore the leading Chinese factories that are making significant strides in this field. From BLT to IN3DTEC and HBD, we’ll uncover their groundbreaking advancements and what sets them apart.
Primeprint | Dental 3D Printer
Professional China Dental 3d Printer – Prismlab One …
Product Details: The Prismlab One desktop 3D printer has a forming range of 144x81x120 mm, with a printing accuracy of XY: 75μm and Z: 20μm. It supports layer thicknesses from 0.02 to 0.1 mm and uses the DLP (Digital Light Processing) exposure principle. The printer operates at 220 VAC with a power consumption of 40W and uses photopolymer resin as the print material. It supports data formats such as STL, SLC, and OBJ. The printer weighs 20kg and has dimensions of 320x300x750 mm. It is designed for applications in the dental and jewelry industries and offers offline printing, USB flash disk, and
output printing methods.
Pros:
– High printing accuracy and stable performance.
– Compact design requiring less space, suitable for desktop use.
– Metal shell body providing a simple and beautiful appearance.
– One-year warranty and considerate after-sales service.
– Versatile applications in dental and jewelry industries.
Cons:
– Limited to photopolymer resin as the print material.
– Power consumption is relatively low but may not be suitable for high-volume prin…
– No mention of advanced features like Wi-Fi connectivity or touch screen interfac…
Primeprint | Dental 3D Printer
Carbon and Dentsply Sirona launch workflow for 3D …
CEREC or 3D printing for in-office manufacturing
Product Details: CEREC and in-office 3D printing are two technologies for in-office manufacturing in dentistry. CEREC is a CAD/CAM system that allows dentists to design and create various restorations, such as crowns, bridges, and inlays, in a single patient visit. It uses subtractive manufacturing, milling high-strength materials like zirconia, glass, and hybrid ceramics. In contrast, in-office 3D printing uses additive manufacturing, depositing resins through digital light processing (DLP) for temporary applications like temporary restorations, surgical guides, models, and splints. Both technologies leverage accurate intra-oral scanning and CAD/CAM software but serve different indications[5].
Pros:
– CEREC allows for the fabrication of high-quality permanent restorations with mat…
– In-office 3D printing is suitable for complex designs and temporary applications…
– Both technologies improve practice efficiency, reducing the need for multiple pa…
– Combining both technologies can enhance predictability and reduce labor in clini…
– Both technologies support the business case for investment due to improved pract…
Cons:
– In-office 3D printing requires the use of chemicals like isopropanol for cleanin…
– 3D printing involves additional steps such as printing, cleaning, and polymerizi…
– The printing resin used in 3D printing has lower strength values compared to mat…
“Existing for Dental Digitalization”, Prismlab broughty dental …
Product Details: The Prismlab One desktop 3D printer features a forming range of 144x81x120 mm, with printing accuracy of XY: 75μm and Z: 20μm. It uses DLP exposure principle and supports layer thickness from 0.02 to 0.1 mm. The printer is designed for offline printing, USB flash disk, and output printing. It is suitable for applications in the dental and jewelry industries. The printer weighs 20 kg, measures 320x300x750 mm, and operates at 220 VAC with 40W power. It uses photopolymer resin as the print material and supports STL, SLC, and OBJ data formats.
Pros:
– High printing accuracy and stable performance
– Compact design requiring less space
– Suitable for dental and jewelry industries
– One-year warranty and considerate after-sales service
– Fast printing speed, up to 5-10 times faster than parallel products
– Self-developed and produced printers and materials reducing unit printing costs
Cons:
– Limited forming range compared to larger industrial 3D printers
– Specific material requirements (photopolymer resin)
– May require additional steps for post-processing (cleaning, polishing, painting,…
Dental 3D Printing Companies: 3D Systems, Dentsply Sirona
Product Details: Dental 3D printers utilize advanced additive technologies to create a range of dental appliances, restorations, and models. These printers can produce precise crown and bridge models, transparent surgical guides, and soft gingiva masks in a single print job. They use high-precision materials such as biocompatible resin, Vero materials, and TrueDent resin for various applications. The technology allows for simultaneous multi-material printing, enhancing the efficiency and customization of dental production[1][4][5].
Pros:
– High aesthetics, precision, and customization in monolithic, full-color permanen…
– Ability to create intricate and complex shapes with ease, offering greater desig…
– Cost-effective compared to milling, with lower upfront and operating costs
– Improved fit and quality of dentures, especially in undercuts
– Integration with existing digital workflows, streamlining production processes
– High-throughput model production and rapid manufacturing of biocompatible applia…
Cons:
– High initial costs for equipment, materials, and training
– Limited material selection compared to traditional dental materials
– Post-processing requirements such as polishing, curing, or sintering
– Sterilization challenges due to intricate designs
– Lack of universal industry standards for quality and safety
– Steep learning curve for dental professionals
– Slow printing speeds in some applications
– Size limitations due to build volume restrictions
– Dependency on technology and potential for disruptions
– Intellectual property concerns and regulatory hurdles
CEREC and in-office 3D printing are ideal partner
Product Details: CEREC (CEramic REConstruction or Chairside Economical Restoration of Esthetic Ceramics) is a CAD/CAM system that allows dentists to design and create various dental restorations, including crowns, bridges, onlays, inlays, and veneers, in a single patient visit. It uses digital impressions from an intraoral scanner to create precise 3D models, which are then used to mill the restorations from high-quality ceramic materials using an on-site milling unit.
Pros:
– Allows for single-visit restorations, reducing the need for multiple appointment…
– Uses digital impressions, eliminating the need for messy traditional impression…
– Creates highly accurate and customized restorations that match the color, shape,…
– Produces durable and long-lasting restorations made from high-strength ceramic m…
– Enhances practice efficiency, allowing dentists to treat more patients and reduc…
Cons:
– Requires significant investment in the technology and training for dental staff.
– The process, although faster than traditional methods, can still take between 60…
– May not be suitable for all types of restorations; for example, temporary restor…
Dentsply Sirona Appoints Daisy Zhang as General …
Product Details: Dentsply Sirona has introduced several products and solutions in the Chinese market, including DS Core, Primescan, and Personalized Implantology & Resto Solutions. The company has also set up a research and development center in Suzhou to foster the digital transformation of the dental industry. Additionally, Dentsply Sirona has participated in the Volume-based Procurement (VBP) initiative and introduced the T4 and T5 Implantology offerings to the program.
Pros:
– Introduction of advanced dental technologies such as Primescan and Personalized…
– Strategic partnerships with Alibaba Cloud, LinkCare, and GaoFeng to enhance digi…
– Establishment of a research and development center in Suzhou to drive innovation…
– Participation in the Volume-based Procurement (VBP) initiative to offer efficien…
Cons:
– No specific cons mentioned in the context of these product introductions and ini…
Zahn Dental Labs – 3D Printers
Product Details: Dental 3D printing is the fabrication process of dental devices using a layer-by-layer method incorporating computer-aided designs and computer-aided manufacturing (CAD/CAM) technology. Dental laboratories can quickly and efficiently produce devices such as dentures, models, surgical guides, nightguards, splints, impression trays, temporary restorations, and permanent restorations. The technology streamlines the process between the lab and dental practice, providing high-quality products in a fraction of the production time. Common 3D printing techniques include Stereolithography (SLA) and Digital Light Printing (DLP), which use light-cured resin and a light-sensitive laser or digital projector to construct layers.
Pros:
– Accelerates production times, allowing dental parts to be constructed in hours r…
– Enhances efficiency and speed in dental production processes.
– Streamlines the workflow between dental laboratories and practices.
– Allows for the rapid production of custom-fit dental appliances such as orthodon…
– Enables quick prototyping, facilitating innovation and faster market entry for n…
Cons:
– High initial costs for investing in 3D printing equipment, materials, and traini…
– Limited material selection compared to traditional dental materials[3].
– Post-processing requirements such as polishing, curing, or sintering to achieve…
– Sterilization challenges due to the intricate designs of 3D-printed items[3].
– Lack of universal industry standards, which can affect quality and safety[3].
Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| Primeprint | Dental 3D Printer | |||
| Professional China Dental 3d Printer – Prismlab One … | The Prismlab One desktop 3D printer has a forming range of 144x81x120 mm, with a printing accuracy of XY: 75μm and Z: 20μm. It supports layer thicknes… | – High printing accuracy and stable performance. – Compact design requiring less space, suitable for desktop use. – Metal shell body providing a simpl… | – Limited to photopolymer resin as the print material. – Power consumption is relatively low but may not be suitable for high-volume prin… – No ment… | www.prismlab.com |
| Primeprint | Dental 3D Printer | |||
| Carbon and Dentsply Sirona launch workflow for 3D … | www.tctmagazine.com | |||
| CEREC or 3D printing for in-office manufacturing | CEREC and in-office 3D printing are two technologies for in-office manufacturing in dentistry. CEREC is a CAD/CAM system that allows dentists to desig… | – CEREC allows for the fabrication of high-quality permanent restorations with mat… – In-office 3D printing is suitable for complex designs and temp… | – In-office 3D printing requires the use of chemicals like isopropanol for cleanin… – 3D printing involves additional steps such as printing, cleani… | us.dental-tribune.com |
| “Existing for Dental Digitalization”, Prismlab broughty dental … | The Prismlab One desktop 3D printer features a forming range of 144x81x120 mm, with printing accuracy of XY: 75μm and Z: 20μm. It uses DLP exposure pr… | – High printing accuracy and stable performance – Compact design requiring less space – Suitable for dental and jewelry industries – One-year warranty… | – Limited forming range compared to larger industrial 3D printers – Specific material requirements (photopolymer resin) – May require additional steps… | www.prismlab.cn |
| Dental 3D Printing Companies: 3D Systems, Dentsply Sirona | Dental 3D printers utilize advanced additive technologies to create a range of dental appliances, restorations, and models. These printers can produce… | – High aesthetics, precision, and customization in monolithic, full-color permanen… – Ability to create intricate and complex shapes with ease, offe… | – High initial costs for equipment, materials, and training – Limited material selection compared to traditional dental materials – Post-processing re… | www.maximizemarketresearch.com |
| CEREC and in-office 3D printing are ideal partner | CEREC (CEramic REConstruction or Chairside Economical Restoration of Esthetic Ceramics) is a CAD/CAM system that allows dentists to design and create… | – Allows for single-visit restorations, reducing the need for multiple appointment… – Uses digital impressions, eliminating the need for messy tradi… | – Requires significant investment in the technology and training for dental staff. – The process, although faster than traditional methods, can still… | www.dental-tribune.com |
| Dentsply Sirona Appoints Daisy Zhang as General … | Dentsply Sirona has introduced several products and solutions in the Chinese market, including DS Core, Primescan, and Personalized Implantology & Res… | – Introduction of advanced dental technologies such as Primescan and Personalized… – Strategic partnerships with Alibaba Cloud, LinkCare, and GaoFen… | – No specific cons mentioned in the context of these product introductions and ini… | www.dentsplysirona.com |
| Zahn Dental Labs – 3D Printers | Dental 3D printing is the fabrication process of dental devices using a layer-by-layer method incorporating computer-aided designs and computer-aided… | – Accelerates production times, allowing dental parts to be constructed in hours r… – Enhances efficiency and speed in dental production processes…. | – High initial costs for investing in 3D printing equipment, materials, and traini… – Limited material selection compared to traditional dental mate… | www.henryschein.com |
Frequently Asked Questions (FAQs)
FAQs About Dentsply 3D Printer Factories in China
What types of 3D printers are commonly used in dental factories in China
In China, dental factories often use advanced 3D printing technologies such as stereolithography (SLA) and digital light processing (DLP). For example, UnionTech’s EvoDent D300, which utilizes DLP technology, is designed for large and medium-sized denture processing factories, offering high precision and automated workflows.
How do these 3D printers improve dental manufacturing
These 3D printers significantly enhance dental manufacturing by providing fully automated workflows, intelligent layout optimization, and precision printing. This automation reduces labor costs and increases efficiency, allowing for the simultaneous printing of various model types and reducing the time needed for post-processing.
What materials are used for 3D printing dentures in Chinese factories
Chinese dental factories use specialized materials optimized for 3D printing dentures. For instance, the Lucitone Digital Print Denture workflow, developed by Carbon and Dentsply Sirona, uses specific resins and materials like Lucitone Digital Print 3D Denture Resin, which are designed to meet the functional and aesthetic needs of dental prostheses.
Can these 3D printers produce dentures quickly
Yes, these 3D printers are capable of producing dentures very quickly. The EvoDent D300, for example, can produce up to 180 dental models in 24 hours with a high level of precision. This rapid production time is due to advanced features like dual 4K projectors and automated workflows that minimize human intervention.
How do AI and software contribute to the 3D printing process in dental factories
AI-powered and intelligently designed software play a crucial role in the 3D printing process. These tools analyze patient data, create precise designs, and optimize the printing process. For instance, AI can help in analyzing samples to create designs, streamlining workflows, and ensuring that the printed dentures meet the required standards of quality and fit.
