Are you looking to invest in a zirconium 3D printer but unsure where to start? China is home to some of the world’s leading 3D printing companies, and we’re here to guide you through the top factories that specialize in zirconium 3D printing. Let’s dive into the best options and what they have to offer. In this article, we’ll compare companies like Falcontech, known for their advanced metal additive manufacturing, and BLT, a pioneer in metal

KUAIPRINT – ZIRCONIA 3D PRINTER

Product Details: The Kuaiprint Zirconia 3D Printer is a tabletop device designed for printing zirconia and other ceramic materials. Key details include: it uses DLP (Digital Light Processing) technology with a 405nm wavelength UltraViolet LED light source. The printing volume is 76.8 x 43.2 x 75 mm, and it can print layers with accuracy ranging from 25μm to 100μm. The printer has a built-in control touch screen of 8 inches and operates within a working temperature range of 15-35°C. It can print 18-20 single crowns at a time, with a printing time of 180 minutes for 20 crowns. The printer dimensions are

570 x 510 x 1020 mm, and it weighs 60 kg. It operates on AC 110/240 V power[1][3][4].

Pros:
– High precision and layer accuracy (25μm to 100μm per layer)
– Ability to print complex geometries not possible with traditional forming proces…
– Biocompatible and excellent aesthetics, making it suitable for dental applicatio…
– Good mechanical strength, high hardness, and resistance to thermal shock, wear,…
– Efficient printing capacity of 18-20 single crowns at a time

Cons:
– The printable zirconia material is not approved for the dental sector due to reg…
– Higher cost compared to other ceramic materials like aluminum oxide
– Zirconia is less thermally conductive and has higher density compared to aluminu…

Zirconium Silicate Ceramic Filamet™ | FFF/FDM printers

AON Co ZIPRO Dental review – 3D printers – Aniwaa

Product Details: The AON Co. ZIPRO Dental is a 3D printer produced by AON Co., Ltd., a manufacturer based in South Korea. It uses Digital Light Processing (DLP) technology to produce zirconia parts using liquid feedstock. The build envelope is 76.8 × 43.2 × 75 mm, with a build volume of 0.25 L. The maximum resolution is 0.04 mm in the XY axis and 0.05 mm in the Z axis. The printer dimensions are 570 × 510 × 1020 mm, and it weighs 70 kg. The ZIPRO Dental is available from $33,000 and is specifically designed for dental practitioners[3].

Pros:
– High precision with layer thickness as thin as 40 micrometers
– Equipped with a Full HD (1920 x 1080p) light projector for precise UV light inte…
– Automatic leveling system ensures uniform layers
– Easy print removal solution with a build plate featuring small holes for jig ins…
– Clinically acceptable tolerances for dental applications
– Huge resin library and reliable performance

Cons:
– Higher cost, starting at $33,000
– No resin tank/vat heater, requiring external heating for certain resins in coole…
– Asiga’s Software Composer is outdated and feels clunky compared to others
– Learning curve due to numerous sensors and technology requiring proper setup and…

Dental 3D Metal Print

Product Details: Audental offers 3D metal printing solutions for dental applications, particularly using Cobalt-Chromium (CoCr) metal powder. The CoCr alloy is composed of Cobalt (61.5%), Chromium (28.1%), Tungsten (5.3%), and Molybdenum (5.0%). This alloy is designated for medical, denture, and high-temperature applications. Key physical properties include a density of 8.6 g/cm³, tensile strength with 8% elongation, Vickers hardness of 365, and a coefficient of thermal expansion of 14.5*10^-6 K^-1. The powder is used in Selective Laser Melting (SLM) 3D printing, which is certified by CE, FDA, and other relevant standards[3].

Pros:
– Faster production compared to conventional methods like milling technologies
– More affordable due to the efficient use of materials and reduced need for post-…
– Ability to produce complex geometries and individual single abutments with high…
– Sustainable use of materials with the option to reuse excess powder
– Enhanced quality of manufactured parts due to the precise control over the print…
– Compatibility with hybrid process chains, integrating well with digital data rec…

Cons:
– High initial investment cost for the 3D printing equipment, which can be over €1…
– Slower build rate compared to other additive manufacturing methods
– Need for more support structures, increasing the time spent on printing and supp…
– Potential for poor resolution and the need for post-process machining, especiall…
– Susceptibility to warping and the need for post-process sintering in some metal…

Ceramic 3D Printer 3DCR-350

Product Details: The 3DCR-350 is a ceramic 3D printer designed for precise and high-quality ceramic part fabrication. It utilizes advanced digital fabrication technologies, including computer-aided design (CAD) software and computer-numerical control (CNC) systems. The printer is equipped with specialized extrusion systems for handling ceramic materials and offers real-time monitoring and analytics for optimal print quality.

Pros:
– High precision and accuracy in printing complex geometries
– Real-time monitoring and analytics for enhanced print quality
– Customizable manufacturing with intuitive software
– Faster production times and lower labor costs
– Attracts consumers, investors, and partners interested in sustainable manufactur…

Cons:
– High initial costs for advanced technology access and integration
– Potential material restrictions that could affect product design
– Learning curve for operating complex software and machinery
– Cybersecurity risks associated with data sharing across multiple platforms
– Mass production limitations for large-scale manufacturing projects

Dental Zirconia Block 3D Pro Multilayer Amann Girrbach

Product Details: The Amann Girrbach 3D Pro Multilayer Dental Zirconia Block is designed for use with digital CAD/CAM systems. It features 5 natural gradient layers with transparency ranging from 43% to 57%, making it suitable for anterior, crown, and up to 7 unit bridges. The block is available in sizes of 92*75mm with thicknesses from 10mm to 30mm. It comes in 16 shades (A1-D4, BL1-BL4) and has a flexural strength of ≥800-1200 MPa. The product is compatible with open systems, Zirkonzahn, and Amann Girrbach CAD/CAM systems. It is used for veneers, inlays, copings, anterior and posterior full crowns, bridges, and implants.

Pros:
– High aesthetic quality with natural color and translucency gradient
– High flexural strength (≥800-1200 MPa) for durability
– Suitable for a wide range of dental restorations including veneers, crowns, and…
– Compatible with multiple CAD/CAM systems including Amann Girrbach and Zirkonzahn
– Available in 16 different shades to match various tooth colors
– Safety-first design principle with aesthetic compatibility

Cons:
– Requires specific CAD/CAM equipment for milling and processing
– Maintenance and care of the CAD/CAM equipment are critical to avoid issues like…
– Customization may involve additional costs for new molds depending on the quanti…

3D printed zirconia used as dental materials: a critical review

Product Details: 3D printed zirconia is a material used in dentistry due to its high mechanical performance, outstanding aesthetic qualities, and biological stability. It is produced through ceramic additive manufacturing (AM), allowing for the creation of personalized and complex dental devices.

Pros:
– High mechanical performance and durability
– Outstanding aesthetic qualities
– Biological stability and biocompatibility
– Ability to produce complex and personalized configurations
– Efficiency and freedom in design compared to traditional processes

Cons:
– Current obstacles include the need for improved accuracy and consistency in prin…
– Higher costs associated with AM technology
– Limited long-term clinical data on the performance of 3D printed zirconia

Development of Ceramic 3D/4D Printing in China

Product Details: ScienceDirect is a comprehensive bibliographic database launched in 1997, offering over 20 million peer-reviewed articles and book chapters, 2,500 peer-reviewed journals, and 42,000 e-books. It covers broad areas of science, medicine, and humanities, divided into physical sciences and engineering, life sciences, health sciences, and social sciences and humanities. The platform provides advanced search features, filters, alerts, and recommended content. It is available through annual subscriptions to academic institutions, government agencies, and industry, with various access options including IP address, federated authentication, and secure login.

Pros:
– Extensive and multidisciplinary content that sparks innovation and supports inte…
– High-quality, peer-reviewed content that reduces risk in R&D decisions
– Advanced search features with filters, alerts, and recommended content to save u…
– Interconnectivity of content through author pages, topic pages, and related mate…
– Support for data science and machine learning projects through enriched, machine…

Cons:
– Costly subscription model that can be a financial burden for institutions
– Negotiations with Elsevier can be challenging due to inflexible pricing models
– Access limitations for users without a subscription or institutional access
– Some content may not be available in full text, requiring additional steps to ac…

Zirconia Blocks

Product Details: Zirconia blocks are dental restorative materials known for their high mechanical properties, including high strength (often ≥900Mpa), high fracture resistance, and excellent aesthetics. They come in various types such as solid and multilayer zirconia. Multilayer zirconia blocks have a color gradient, typically in 4-6 layers, to mimic natural tooth shades. They are suitable for anterior and posterior crowns, bridges, inlays, onlays, and full arch restorations. These blocks are produced using advanced technologies like CIP and are compatible with CAD/CAM systems.

Pros:
– High strength and durability
– Excellent aesthetics with natural translucency and opalescence
– Biocompatible and metal-free, suitable for patients with metal allergies
– Resistant to wear and tear, with minimal clearance required
– Promotes healthy tissue response and reduces plaque accumulation
– Can be conventionally cemented using traditional bonding techniques
– Comfortable for patients as they do not transmit hot and cold sensations

Cons:
– May cause friction against the tooth root and wear down opposing teeth
– Solid zirconia can be less translucent compared to other materials like Emax (Li…
– Requires careful handling due to porosity
– May not be suitable for restorations requiring high elasticity

3D-ADD CCZ1 Ceramic Composite Zirconia

Product Details: 3D-ADD CCZ1 is a ceramic composite zirconia concentrate supplied as a paste with a high concentration of safe and natural-based reinforcing zirconia. It is ideal for making natural zirconia reinforced finishes for temporary/provisional and durable teeth, crowns, and bridges. The product has a Mohs hardness of 8-8.5, ultra-low water absorption (<15 µg/mm3), and reduces the coefficient of thermal expansion of the final materials. It is eco-friendly, non-hazardous, and free of hazards, pictograms, and risk phrases. The paste is stable and easy to add and mix in any 3Dresyn. It is available in three versions: Lipophilic LP, Medium Hydrophilicity MHP, and

High Hydrophilicity HHP.

Pros:
– Improves durability and long-term physical and mechanical properties of 3Dresyns
– Eco-friendly and ultra-safe, based on natural raw materials
– Non-hazardous, free of hazards, pictograms, and risk phrases
– Reduces coefficient of thermal expansion of final materials
– Ultra-low water absorption
– High hardness (Mohs hardness: 8-8.5)
– Easy to add and mix in any 3Dresyn
– Organo-tin free

Cons:
– Requires careful dosage to preserve printability in most SLA, DLP & LCD printers
– Effect on mechanical properties depends on the original properties of the chosen…

Comparison Table

Frequently Asked Questions (FAQs)

Frequently Asked Questions About Zirconium 3D Printer Price Factories in China

What is the typical price range for a zirconium 3D printer from Chinese factories?

The price for a zirconium 3D printer can vary widely, but you can expect to find models starting from around $30,000 to $50,000 or more, depending on the technology, build volume, and features. For example, the AON Co. ZIPRO Dental 3D printer starts at approximately $33,000.

What are the key factors that influence the price of a zirconium 3D printer?

The price of a zirconium 3D printer is influenced by several factors, including the build volume, resolution, type of technology used (such as DLP or VPP), the materials it can handle, and additional features like user interface and automation. Larger build volumes and higher resolutions typically increase the price.

Are there any additional costs besides the initial purchase price?

Yes, besides the initial purchase price, you should consider costs such as taxes, shipping, accessories, training, and installation. Additionally, there may be ongoing costs for consumable materials like zirconia slurry and potential maintenance or software updates, although some models may not have annual software fees.

How does the cost of zirconium 3D printing compare to traditional milling methods?

Zirconium 3D printing can often be more cost-effective than traditional milling methods, especially for high-volume production. For instance, the KUAIPRINT Zirconia 3D printer can produce crowns at a lower cost per unit compared to using zirconia blanks in CAD-CAM systems, and it eliminates the need for expensive milling burs.

What kind of support and maintenance can I expect from Chinese factories?

Chinese factories typically offer various levels of support and maintenance. Some models, like the KUAIPRINT Zirconia 3D printer, have fewer moving parts and can be self-diagnosed and remotely operated for maintenance, making it easier to manage. Additionally, look for factories that provide automatic software updates and reliable customer service.