Are you looking for the best 3D dental printing solutions from China but unsure where to start? With numerous innovative companies emerging, it can be overwhelming to choose the right one. Let’s dive into a comparison of the top 3D dental printing factories in China, highlighting their unique offerings, strengths, and what sets them apart in the industry. From SprintRay’s advanced cloud software to Riton 3D’s pioneering metal printing technology, we’ll explore the key players that are revolutionizing dental
Imprimante 3D dentaire pour laboratoire CAD CAM
Product Details: The BAOT dental 3D printer is a rapid prototyping technology that converts digital models into physical products. Key specifications include: projection light source – LED; curing wavelength – 405nm; supplies color – Yellow, Skin color, A1, A2, A3, Green, Transparent, Pink, Orange red; machine size – 245(L)×245(W)×387(H)mm; package size – 350(L)×350(W)×490(H)mm; product weight – 9.5kg; product gross weight – 12kg. The print size is 143.43(L)×89.60(W)×115(H)mm, with print layer thickness options of 0.025mm/0.05mm/0.075mm/0.1mm, and a printing speed of 50mm/H (Z Axis Max). The pixel size is 4098×2560, and it supports various materials like resins, ceramics, metals, and composites for producing dental
prosthetics such as crowns, bridges, dentures, and orthodontic appliances.
Pros:
– Greater accuracy and precision compared to traditional methods of dental prosthe…
– Ability to produce highly customized and complex designs
– Rapid prototyping technology for quick manufacturing
– Supports a variety of materials including resins, ceramics, metals, and composit…
– High energy with fast single-layer curing time
– Strong R&D capabilities and modernized production lines ensuring strict quality…
Cons:
– Limited to specific operating and storage temperature and humidity conditions
– Requires specific power input and may not be compatible with all electrical syst…
– May require additional training for effective use due to advanced technology
Imprimante 3D résine L130
Product Details: The Epson L130 is an inkjet printer, not a 3D resin printer. It features on-demand ink jet (piezoelectric) technology with 180 nozzles for black and 59 nozzles for each color (Cyan, Magenta, Yellow). It has a maximum resolution of 5760 x 1440 dpi and supports bi-directional and uni-directional printing. The printer has a compact size with dimensions of 130mm x 222mm x 482mm and weighs 2.7kg. It includes Epson fast ink top-up technology for easy and mess-free refills.
Pros:
– High-yield ink bottles providing up to 4,500 pages per black ink bottle
– Low running costs
– Fast print speed of up to 27 ppm for draft text and 7.0 ipm for ISO 24734
– Easy and mess-free ink refills
– Compact size and lightweight
Cons:
– Not suitable for 3D printing as it is an inkjet printer
– Limited to printing on paper and specialty media, not compatible with resin or 3…
– Actual yields may vary depending on usage and print pattern
Imprimante 3D dentaire – RP 400 series – Prismlab China Ltd
Product Details: Prismlab China Ltd. specializes in the development, production, sales, and service of high-speed stereolithography apparatus (SLA) 3D printers. Their products include the RP400 3D Printer, which features hourly output of up to 1000 grams, precision of up to 100μm, and self-developed printers and materials to reduce unit printing costs. They also offer portable 3D scanners and automated production lines for clear aligners, including automatic thermoforming, laser marking, and trimming machines.
Pros:
– High-speed printing with hourly output of up to 1000 grams
– High precision of up to 100μm
– Self-developed and produced printers and materials to reduce unit printing costs
– Automated production lines for clear aligners with high efficiency and accuracy
– Highly automated operation, allowing one person to operate the machine
– Higher cutting precision with an accuracy of < 0.3mm
– Stable performance, not easy to fail
– Cost-effective, saving time and effort
Cons:
– Limited information on specific product limitations or drawbacks
– High initial investment for advanced 3D printing technology
– Dependence on specialized photopolymer materials
– Requires specialized training for operation
– High initial cost, with prices ranging from US$90,000.00-100,000.00 per piece
– Requires specific power and air pressure settings, which may add to operational…
– Large and heavy, requiring significant space and handling
Imprimante 3D dentaire – mana-metal.com
Chine Prix de l’imprimante 3D Exone Fabricant, fournisseur
Product Details: ExOne 3D printers utilize binder jetting technology to print metals, ceramics, and composites. Models include the M-Flex, X1 25Pro, and X1 160Pro. The M-Flex has a build envelope of 400 x 250 x 250 mm, layer resolution of 50 μm, and prints materials like stainless steel, bronze, and alloy IN 625. The X1 25Pro and X1 160Pro offer larger build envelopes and higher throughput rates, with the X1 160Pro having a build envelope of 800 x 500 x 400 mm[3][4].
Pros:
– High productivity with fast print speeds, up to 10 times faster than previous ge…
– Greater design freedom and ability to produce complex geometries without tooling…
– Functional parts with superior wear characteristics[4]
– Industry-leading part density and repeatability[3]
– Affordable method for durable part production, equivalent in quality to traditio…
– Automated systems like the new desanding station improve throughput times and re…
Cons:
– High initial investment cost, as prices are typically available upon contacting…
– Complexity in handling and processing metal powders requires specialized trainin…
– Limited to specific materials compatible with binder jetting technology[3][4]
Fabricants d’imprimantes 3D dentaires
Product Details: Dental laboratory printers, such as the Godzillaking Dental 3D Resin Printer, are specialized equipment for creating high-precision dental restorations. These printers often feature advanced technologies like dual linear guides, ball screws, and high-resolution LCD screens. They support various materials including zirconia, lithium disilicates, and PMMA. Zirconia discs, a common material used in these printers, are made from high-quality zirconium oxide with uniform density and excellent strength, suitable for crowns, bridges, and other dental restorations.
Pros:
– High precision with XY axis accuracy of 29μm and printing layer thickness of 0.0…
– Efficient printing speed of 40-60mm/h
– Aesthetically pleasing and natural-looking restorations
– Reduces gum irritation and tooth sensitivity
– Long-term stability and durability
– Compatible with various milling machines and CAD/CAM systems
– Available in multiple shades and thicknesses for versatile applications
Cons:
– Requires specialized training and expertise to operate
– Higher cost compared to traditional dental materials and equipment
– Dependence on advanced technology which can be prone to technical issues
– Limited availability of certain materials and shades in some regions
Dentaire 3D Impression métallique
Product Details: Dental 3D metal printers utilize laser metal fusion (LMF) or selective laser melting (SLM) techniques to create metal dental prostheses. These printers can process materials like cobalt-chromium and titanium. They offer high precision, allowing for complex geometries and individualized dental components such as crowns, bridges, and implant-supported prostheses. The printers are equipped with advanced features like multi-laser systems, efficient powder utilization, and real-time monitoring[1][5][3].
Pros:
– Faster production compared to conventional methods like milling technologies
– Cost-effective due to reduced material waste and the ability to reuse excess pow…
– High precision and ability to create complex geometries
– Labor-saving with automated manufacturing processes
– Customization and accuracy in producing individualized dental components
– Environmentally beneficial due to sustainable material use
Cons:
– High initial investment cost for the 3D printing equipment
– Potential job losses due to automation
– Restricted size of printed products based on the printer’s chamber size
– Need for post-processing steps in some cases, such as support structure removal
– Risk of warping in larger volume parts during sintering
Nouvelle Riton Dual-150 Imprimante Métal Dentaire …
Product Details: The Riton Dual-150 is a DMLS (Direct Metal Laser Sintering) 3D printer designed for dental laboratories. It is manufactured by Riton imprimantes 3D and is based in Guangdong, China. Key features include a laser wavelength of 1.064um, a melting speed of 14000 mm/S, and a melting area with a specified diameter. The printer uses double fiber lasers and has a compact design with dimensions of 1300x927x1650mm. It weighs 650 KG and is suitable for producing dental metal restorations such as crowns, bridges, and denture bases.
Pros:
– High-resolution metal printing for accurate dental restorations
– Dual-laser technology for faster and more efficient printing
– Compact design for flexible production in dental labs
– Fast printing capabilities, such as producing 200 bottom crowns in 4.5 hours
– Quick inflation time of just 5 minutes
– Magnetic suction fixing plate to prevent debris waste
– Sealed moving parts to prevent powder contamination and extend equipment life
– Seamless integration with design and printing phases to reduce downtime
– Faster denture bracket printing with a 40-micron layer thickness
Cons:
– No specific cons mentioned in the provided source, but general considerations mi…
Imprimante 3D sur pied – Tous les fabricants de matériel …
Product Details: The FDM (Fused Deposition Modeling) industrial 3D printer is known for its high mechanical properties, repeatability, and reliability. It features a large build capacity of up to 36 x 24 x 36 inches, allowing for complex geometries and critical project applications. The printer has a standard precision of 0.012 inches (± 0.3 mm) and layer thickness ranging from 0.005 to 0.020 inches (0.13 to 0.50 mm). The surface finish can be improved with various post-processing techniques such as sanding, painting, and coating.
Pros:
– High mechanical properties and durability
– Excellent repeatability and reliability
– Large build capacity for complex geometries
– Adaptable to critical and large-scale projects
– Facilitates rapid prototyping and production
– Supports a wide range of engineering-grade materials
Cons:
– Lower precision compared to SLA or SLS technologies
– Surface finish can be rough without post-processing
– Limited detail level and freedom of design compared to other technologies
– Some materials may have specific handling requirements
Chine Fournisseurs d’imprimantes 3D en métal, usine
Product Details: The Markforged Metal X is a metal 3D printer that uses the Metal FFF process. It has a build volume of 300 mm x 220 mm x 180 mm and physical dimensions of 575 mm x 467 mm x 1120 mm, weighing 75 kg. The printer uses bound powder filament and can achieve a Z layer resolution of 85 μm – 170 μm post-sinter. It features a heated, auto-leveling print bed with replaceable print sheets and can produce metal parts in as few as 28 hours.
Pros:
– Reduces production costs by saving materials and minimizing labor intervention.
– Produces complex metal parts quickly without additional machining steps, shorten…
– Allows for customized production of parts with specific shapes, specifications,…
– Enables the creation of complex, precise, and detailed structures such as openwo…
– Supports a wide range of metal materials including titanium alloys, aluminum all…
Cons:
– Parts may have porosity and weak layer adhesion, achieving only 80-95% density o…
– Less dense than conventionally manufactured metal parts, which can be a concern…
– Requires post-process sintering and may be susceptible to warping.
– Surface finish and feature resolution tend to be lower compared to other metal A…
Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| Imprimante 3D dentaire pour laboratoire CAD CAM | The BAOT dental 3D printer is a rapid prototyping technology that converts digital models into physical products. Key specifications include: projecti… | – Greater accuracy and precision compared to traditional methods of dental prosthe… – Ability to produce highly customized and complex designs – Rap… | – Limited to specific operating and storage temperature and humidity conditions – Requires specific power input and may not be compatible with all ele… | fr.baotdent.com |
| Imprimante 3D résine L130 | The Epson L130 is an inkjet printer, not a 3D resin printer. It features on-demand ink jet (piezoelectric) technology with 180 nozzles for black and 5… | – High-yield ink bottles providing up to 4,500 pages per black ink bottle – Low running costs – Fast print speed of up to 27 ppm for draft text and 7…. | – Not suitable for 3D printing as it is an inkjet printer – Limited to printing on paper and specialty media, not compatible with resin or 3… – Actu… | fr.vsmilecadcamzirconia.com |
| Imprimante 3D dentaire – RP 400 series – Prismlab China Ltd | Prismlab China Ltd. specializes in the development, production, sales, and service of high-speed stereolithography apparatus (SLA) 3D printers. Their… | – High-speed printing with hourly output of up to 1000 grams – High precision of up to 100μm – Self-developed and produced printers and materials to r… | – Limited information on specific product limitations or drawbacks – High initial investment for advanced 3D printing technology – Dependence on speci… | www.medicalexpo.fr |
| Imprimante 3D dentaire – mana-metal.com | fr.mana-metal.com | |||
| Chine Prix de l’imprimante 3D Exone Fabricant, fournisseur | ExOne 3D printers utilize binder jetting technology to print metals, ceramics, and composites. Models include the M-Flex, X1 25Pro, and X1 160Pro. The… | – High productivity with fast print speeds, up to 10 times faster than previous ge… – Greater design freedom and ability to produce complex geometri… | – High initial investment cost, as prices are typically available upon contacting… – Complexity in handling and processing metal powders requires sp… | www.3dfastform.com |
| Fabricants d’imprimantes 3D dentaires | Dental laboratory printers, such as the Godzillaking Dental 3D Resin Printer, are specialized equipment for creating high-precision dental restoration… | – High precision with XY axis accuracy of 29μm and printing layer thickness of 0.0… – Efficient printing speed of 40-60mm/h – Aesthetically pleasing… | – Requires specialized training and expertise to operate – Higher cost compared to traditional dental materials and equipment – Dependence on advanced… | www.zirconia-disc.com |
| Dentaire 3D Impression métallique | Dental 3D metal printers utilize laser metal fusion (LMF) or selective laser melting (SLM) techniques to create metal dental prostheses. These printer… | – Faster production compared to conventional methods like milling technologies – Cost-effective due to reduced material waste and the ability to reuse… | – High initial investment cost for the 3D printing equipment – Potential job losses due to automation – Restricted size of printed products based on t… | m.french.audentalzir.com |
| Nouvelle Riton Dual-150 Imprimante Métal Dentaire … | The Riton Dual-150 is a DMLS (Direct Metal Laser Sintering) 3D printer designed for dental laboratories. It is manufactured by Riton imprimantes 3D an… | – High-resolution metal printing for accurate dental restorations – Dual-laser technology for faster and more efficient printing – Compact design for… | – No specific cons mentioned in the provided source, but general considerations mi… | www.machinio.fr |
| Imprimante 3D sur pied – Tous les fabricants de matériel … | The FDM (Fused Deposition Modeling) industrial 3D printer is known for its high mechanical properties, repeatability, and reliability. It features a l… | – High mechanical properties and durability – Excellent repeatability and reliability – Large build capacity for complex geometries – Adaptable to cri… | – Lower precision compared to SLA or SLS technologies – Surface finish can be rough without post-processing – Limited detail level and freedom of desi… | www.medicalexpo.fr |
| Chine Fournisseurs d’imprimantes 3D en métal, usine | The Markforged Metal X is a metal 3D printer that uses the Metal FFF process. It has a build volume of 300 mm x 220 mm x 180 mm and physical dimension… | – Reduces production costs by saving materials and minimizing labor intervention. – Produces complex metal parts quickly without additional machining… | – Parts may have porosity and weak layer adhesion, achieving only 80-95% density o… – Less dense than conventionally manufactured metal parts, which… | fr.mana-metal.com |
Frequently Asked Questions (FAQs)
How much does a dental 3D printer cost?
The cost of a dental 3D printer can vary widely. For basic models using LCD technology, prices start around €500. However, high-quality dental 3D printers that are easy to use and offer a range of biocompatible materials can cost between €7,000 and €12,000. Despite the higher cost, these printers offer significant long-term savings and efficiency.
What are the advantages of using a dental 3D printer?
Using a dental 3D printer has several advantages. It is less expensive, with the production of a model costing around 30-40 cents, compared to resin which costs about €1.5. These printers also produce fewer odors and require no post-treatment, unlike resin which needs cleaning and UV curing. Additionally, they can produce highly accurate models and restorations.
What types of dental products can be made with a 3D printer?
With a dental 3D printer, you can create a variety of dental products. These include surgical guides, bruxism splints, temporary and permanent restorations, and even dentures. The precision and customization offered by 3D printing improve the fit and function of these dental products, enhancing patient satisfaction.
How does the process of 3D printing dental crowns work?
The process of 3D printing dental crowns involves several steps. First, the dentist uses an intraoral scanner to collect anatomical data of the patient’s mouth. This data is then imported into software where unnecessary parts are trimmed, and support points are generated. The file is then sent to the 3D printer. After printing, the crown may undergo additional processes like sintering, crystallization, glazing, and cooling, depending on the material used.
What kind of materials are used in dental 3D printing?
Dental 3D printing uses a range of advanced materials, including biocompatible resins, high-strength ceramics, and hybrid materials. These materials are designed to mimic the natural look and feel of teeth while providing long-lasting durability. Recent advancements have introduced materials that are more biocompatible and less odor-producing, making them safer and more comfortable for patients.