Are you looking for the best 3D printers to produce high-quality dentures quickly and affordably? China is at the forefront of this technology, with several companies revolutionizing the dental industry. Let’s dive into the top 3D printer options from Chinese factories that are making a significant impact in dental care.
Chinese 3D Printers – Top 3D Shop
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 can be used for offline printing, via USB flash disk, or output printing. The applications include dental and jewelry industries.
The printer has a metal shell body and comes with a one-year warranty and after-sales service.
Pros:
– High printing accuracy and stable performance
– Compact design requiring less space
– Versatile applications in dental and jewelry industries
– Metal shell body for durability and aesthetic appeal
– One-year warranty and considerate after-sales service
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 touchscreen interface
China: Porimy Creates 3D Printer That Makes Dentures in …
Product Details: Porimy’s 3D printer, developed by Bo Li Mai, is designed to create dentures quickly and affordably. The process involves 3D scanning of the patient’s mouth and teeth, followed by 3D printing of the prosthesis using ceramic slurry. This method contrasts with traditional techniques that use wax molds. The printer is priced around ¥700,000 to ¥800,000 (approximately $110,000 US). It has been praised by authoritative organs of oral rejuvenation in China and has passed mechanical and biological inspections by China’s Food and Drug Administration. Porimy received their Instruments registration card last October and highlights the lower cost and absence of internal
cracks in the 3D printed dentures.
Pros:
– Efficient and saves on dental materials
– Superior fit due to 3D scanning
– Faster production time, with dentures ready in about a week
– Lower cost with no internal cracks
– Successfully passed mechanical and biological inspections by China’s Food and Dr…
Cons:
– While not explicitly mentioned in this source, other sources highlight potential…
Guangzhou Riton Additive Technology Co., Ltd.
Product Details: The Riton Dual-150 DMLS Dental Laboratory Fit Laser Metal 3D Printer is a state-of-the-art device designed for producing high-precision metal dental restorations. Key features include a compact design with dimensions of 13009271650mm and a weight of 650 KG. It uses Selective Laser Melting (SLM) technology with double fiber lasers and supports materials such as cobalt-chromium, stainless steel, and silver. The printer has a layer thickness of 20-50μm and is equipped with auto-leveling and a magnetic suction fixing plate. It is designed for dental applications, allowing for the production of crowns, bridges, and partial frames using oral digital 3D printing technology
without the need for traditional dental molds.
Pros:
– High productivity with the ability to print 200 bottom crowns in 4.5 hours
– Fast printing speeds, with a 40-micron layer thickness delivering speeds up to 1…
– Compact design ideal for efficient denture production in dental labs
– Sealed moving parts to prevent powder contamination, ensuring longer equipment l…
– Quick inflation time of just 5 minutes due to the small molding bin
– Intelligent connection to production equipment with wireless transmission of pri…
– Stable quality and favorable price, highly praised by customers
Cons:
– Large and heavy, requiring significant space and handling
– High initial investment cost
– Requires specialized training and expertise to operate effectively
– Limited to specific materials such as cobalt-chromium, stainless steel, and silv…
– May require external heating for certain resins in cooler environments, though t…
DMP Dental 100 – 3D Printer
Product Details: The 3D Systems DMP Dental 100 is an entry-level metal 3D printer designed specifically for dental applications. It utilizes Direct Metal Printing (DMP) technology and has a build volume of 100 x 100 x 80 mm. The printer is capable of achieving print accuracy of +/- 50 μm (+/- 0.002 inches) and repeatability from part to part of approximately 20 μm (0.0008 inches). It supports certified Ni-free CoCr materials for dental use and can print up to 90 crowns in under four hours, with a post-removal time of around 25 minutes. The printer comes with a high-performance software solution for
managing the manufacture of fixed and removable dental prostheses[1][3][5].
Pros:
– High accuracy and repeatability, with print accuracy of +/- 50 μm (+/- 0.002 inc…
– Double the throughput of its predecessor, reducing per-part cost and delivery ti…
– Superior surface finish quality, requiring less post-processing and material usa…
– Efficient printing capabilities, allowing for the production of 90 crowns in und…
– Includes high-performance software for streamlined workflow management[5]
Cons:
– Limited build volume of 100 x 100 x 80 mm, which may not be suitable for larger…
– High cost, as the price is available only upon request and typically reflects th…
– Requires specialized training and maintenance due to the complexity of metal 3D…
Dental 3D Printing Metal – HBD metal 3D printer – 汉邦科技
Product Details: HBD metal 3D printers include several models such as HBD 150/150D, HBD 200, HBD 350, and HBD 1000Pro. The HBD 150/150D is used in medical, dental, orthopedics, and rapid prototyping with a round base plate of φ159mm and an independent atmosphere purification system. The HBD 200 features dual laser and dual galvanometer, suitable for dentistry, prototypes, and scientific research. The HBD 350 series supports single, dual, and triple laser configurations with efficient powder supply and recoating systems, suitable for mold, aerospace, medical equipment, and auto parts manufacturing. The HBD 1000Pro integrates advanced tools for high-efficiency production with real-time powder monitoring,
8-laser seam integration, and a large build volume.
Pros:
– Ability to create parts with complex, intricate geometries at high resolution
– Fewer post-processing steps, resulting in shorter lead times
– High strength, hardness, and density properties of printed parts
– Wide range of materials can be used
– Efficient and safe independent atmosphere purification systems
– Real-time powder monitoring for consistent material quality
– High-efficiency and high-quality continuous batch production capabilities
Cons:
– High cost of the machines, often over €1 million
– Slower build rate compared to other technologies
– Need for more support structures, increasing printing and post-processing time
– Longer build times compared to traditional manufacturing methods
– Risk of warping in larger volume parts during post-processing
Ideal Costs for 3d printed and milled dentures
Product Details: The discussion revolves around the costs and production methods for 3D printed and milled dentures. The lab is transitioning from traditional dentures to 3D printing and milling, using materials such as Ivoclar Programil SM7, Ivotion monoblocks, and DCL PMMA blocks. The costs mentioned include: 3D printed dentures with printed teeth and card teeth, and milled dentures made from Ivotion monoblocks and DCL PMMA blocks. Labor and material costs are also considered, with PMMA pucks costing slightly over $100 and Ivotion monoblocks potentially priced around $299 for mass production centers.
Pros:
– Reduced labor costs due to automation
– Potential for faster production and lower overall costs
– Use of advanced materials like Ivotion monoblocks for specific shades
Cons:
– Uncertainty in pricing for normal production labs
– Higher labor costs if not done in high volume
– Material and puck costs (e.g., PMMA pucks) need to be accurately determined
– Challenges in achieving the right fit and quality with new materials and process…
Dental 3D printer – All medical device manufacturers
Product Details: The dental 3D printer is designed for dental laboratories and clinical offices, offering a small footprint with high production output. It features fast and precise printing capabilities, with speeds of 10-50 mm per hour, and an open architecture compatible with over 20 resin manufacturers and 150+ resins. The printer includes WORKS CAD and slicing software, a resin starter kit, and post-processing units like the WASH ultrasonic cleaning unit and CURE curing unit.
Pros:
– Fast and precise printing with speeds of 10-50 mm per hour
– Open architecture allowing use with multiple resin manufacturers and materials
– Easy setup and integration into existing workflows
– Cost-effective with lower operating costs compared to milling machines
– Ability to produce intricate and complex shapes, including undercuts essential f…
– Reduces labor and material costs, and the need for outsourcing
Cons:
– High initial costs for the 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 industry standards leading to quality and safety inconsistencies
– Steep learning curve for dental professionals unfamiliar with digital tools
– Dependency on technology which can lead to disruptions in patient care
Select the Best Dental 3D Printer for Your Practice
Product Details: The Stomadent Lab offers two main dental 3D printers: the EP-3500 3D Model Printing System and the AccuFab-D1 Dental 3D Printer.
Pros:
– EP-3500: High production capacity with a large build envelope of 350350100mm,…
– EP-3500: Features better stability, user-friendly operation, and higher accuracy…
– AccuFab-D1: High print resolution and efficiency, capable of printing 120 wax-up…
– AccuFab-D1: Intuitive operation with Z-axis auto-calibration, automatic support…
– AccuFab-D1: Open system for importing STL format data and flexible options for p…
Cons:
– EP-3500: Requires specific technical knowledge for operation and maintenance, an…
– AccuFab-D1: Limited build volume of 14481180mm compared to other models, which…
– AccuFab-D1: May require additional investment in specific resins and materials c…
Top 10 Best 3D Printing Companies in China
Product Details: TDL Mould is a manufacturing company and machine supplier that has been producing top-notch plastic moldings since 1995. They use 3D printing technology to create precision mold prototypes, serving sectors such as automotive, healthcare, electronics, and consumer goods. TDL offers full custom mold design, mold manufacturing, and plastic injection molding services. They combine advanced equipment with exceptional craftsmanship to develop sturdy molds and provide services like surface finishing, assembly, and packaging.
Pros:
– Significantly reduces the time required to produce molds, allowing for quick pro…
– Offers unparalleled design flexibility, enabling the production of intricate and…
– Allows for rapid iteration and testing of designs, enabling manufacturers to qui…
– Provides cost-effective solutions for prototyping and small batch productions.
Cons:
– Material limitations; 3D printed molds may not have the same durability, strengt…
– Surface finish quality issues; 3D printed molds may require post-processing step…
– Size constraints; the build volume of the printer limits the size of the molds t…
– Higher cost of high-performance materials; materials with specialized properties…
Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| Chinese 3D Printers – Top 3D Shop | top3dshop.com | |||
| 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 thicknesse… | – High printing accuracy and stable performance – Compact design requiring less space – Versatile applications in dental and jewelry industries – Meta… | – Limited to photopolymer resin as the print material – Power consumption is relatively low but may not be suitable for high-volume prin… – No menti… | www.prismlab.com |
| China: Porimy Creates 3D Printer That Makes Dentures in … | Porimy’s 3D printer, developed by Bo Li Mai, is designed to create dentures quickly and affordably. The process involves 3D scanning of the patient’s… | – Efficient and saves on dental materials – Superior fit due to 3D scanning – Faster production time, with dentures ready in about a week – Lower cost… | – While not explicitly mentioned in this source, other sources highlight potential… | 3dprint.com |
| Guangzhou Riton Additive Technology Co., Ltd. | The Riton Dual-150 DMLS Dental Laboratory Fit Laser Metal 3D Printer is a state-of-the-art device designed for producing high-precision metal dental r… | – High productivity with the ability to print 200 bottom crowns in 4.5 hours – Fast printing speeds, with a 40-micron layer thickness delivering speed… | – Large and heavy, requiring significant space and handling – High initial investment cost – Requires specialized training and expertise to operate ef… | www.riton3dprinter.com |
| DMP Dental 100 – 3D Printer | The 3D Systems DMP Dental 100 is an entry-level metal 3D printer designed specifically for dental applications. It utilizes Direct Metal Printing (DMP… | – High accuracy and repeatability, with print accuracy of +/- 50 μm (+/- 0.002 inc… – Double the throughput of its predecessor, reducing per-part co… | – Limited build volume of 100 x 100 x 80 mm, which may not be suitable for larger… – High cost, as the price is available only upon request and typi… | www.3dsystems.com |
| Dental 3D Printing Metal – HBD metal 3D printer – 汉邦科技 | HBD metal 3D printers include several models such as HBD 150/150D, HBD 200, HBD 350, and HBD 1000Pro. The HBD 150/150D is used in medical, dental, ort… | – Ability to create parts with complex, intricate geometries at high resolution – Fewer post-processing steps, resulting in shorter lead times – High… | – High cost of the machines, often over €1 million – Slower build rate compared to other technologies – Need for more support structures, increasing p… | en.hb3dp.com |
| Ideal Costs for 3d printed and milled dentures | The discussion revolves around the costs and production methods for 3D printed and milled dentures. The lab is transitioning from traditional dentures… | – Reduced labor costs due to automation – Potential for faster production and lower overall costs – Use of advanced materials like Ivotion monoblocks… | – Uncertainty in pricing for normal production labs – Higher labor costs if not done in high volume – Material and puck costs (e.g., PMMA pucks) need… | dentallabnetwork.com |
| Dental 3D printer – All medical device manufacturers | The dental 3D printer is designed for dental laboratories and clinical offices, offering a small footprint with high production output. It features fa… | – Fast and precise printing with speeds of 10-50 mm per hour – Open architecture allowing use with multiple resin manufacturers and materials – Easy s… | – High initial costs for the equipment, materials, and training – Limited material selection compared to traditional dental materials – Post-processin… | www.medicalexpo.com |
| Select the Best Dental 3D Printer for Your Practice | The Stomadent Lab offers two main dental 3D printers: the EP-3500 3D Model Printing System and the AccuFab-D1 Dental 3D Printer. | – EP-3500: High production capacity with a large build envelope of 350350100mm,… – EP-3500: Features better stability, user-friendly operation, an… | – EP-3500: Requires specific technical knowledge for operation and maintenance, an… – AccuFab-D1: Limited build volume of 14481180mm compared to o… | stomadentlab.com |
| Top 10 Best 3D Printing Companies in China | TDL Mould is a manufacturing company and machine supplier that has been producing top-notch plastic moldings since 1995. They use 3D printing technolo… | – Significantly reduces the time required to produce molds, allowing for quick pro… – Offers unparalleled design flexibility, enabling the productio… | – Material limitations; 3D printed molds may not have the same durability, strengt… – Surface finish quality issues; 3D printed molds may require po… | tdlmould.com |
Frequently Asked Questions (FAQs)
What are the key benefits of using 3D printers for dentures in dental factories
Using 3D printers for dentures offers several benefits, including faster production times and lower costs. With 3D printing, you can create dentures in as little as a week, which is significantly quicker than traditional methods. Additionally, 3D printing reduces the need for multiple iterations and refinements, saving both time and dental materials. The precision of 3D scanning also ensures a superior fit for the patient.
What types of materials are commonly used in 3D printing dentures
In 3D printing dentures, materials such as ceramic slurry, zirconia ceramic, and specialized dental resins are commonly used. For example, Porimy’s 3D printer uses ceramic slurry to create dentures, while Formlabs uses Denture Base Resin and Denture Teeth Resin. These materials are chosen for their durability, biocompatibility, and ability to mimic the natural look and feel of teeth.
What is the typical cost range for 3D printers used in denture production
The cost of 3D printers for denture production can vary widely. High-performance ceramic 3D printers from companies like Porimy can cost around $110,000. On the other hand, more affordable options like the Yrc-DJ89 Plus 3D Printer can range from $1,599 to $1,999. Larger-scale industrial 3D printers can even reach up to $200,000.
What software and equipment are required for 3D printing dentures
To 3D print dentures, you need specific software and equipment. This includes digital denture design software like 3Shape or exocad, which help in designing the denture based on the patient’s oral anatomy. You also need a 3D printer, resin tanks, build platforms, and post-processing tools like Form Wash or Finish Kits. Additionally, desktop scanners and handheld UV light cure units may be necessary for accurate scanning and curing.
How accurate do 3D printers need to be for producing dentures
For producing dentures, 3D printers need to be highly accurate. The accuracy typically required is in the range of 30 to 100 micrometers (μm). This level of precision ensures that the dentures fit well and function correctly. While acrylic devices may have a higher “forgiveness” factor, the accuracy is still crucial to avoid any discomfort or functional issues for the patient.