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منتجات ينشرها مصنّعون صينيون لمستلزمات طب الأسنان. افتحوا المنتج للاطلاع على المواصفات والصور والمورّد المسؤول. · 4993
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Chairside Milling Solution For Same-Day Dental Restorations
JINY chairside milling solutions help dental clinics move from digital scanning to in-house restoration production, reducing lab turnaround time and improving control over fit, shade and delivery. With a chairside CAD/CAM workflow, clinics can scan the patient, design the restoration, mill the case in-house, and deliver the final restoration with better control over time and quality. Designed for dental labs handling crowns, bridges, veneers, inlays, onlays, and abutments across both wet and dry milling workflows. A chairside milling solution allows dental clinics to produce restorations in-house, helping dentists reduce outsourcing time and provide faster treatment for patients. It is suitable for dental clinics, private practices, implant clinics and dentists who want to produce crowns, veneers, inlays, onlays and other restorations directly in the clinic. Chairside milling helps clinics shorten turnaround time, reduce outsourcing costs, improve treatment efficiency and offer a better patient experience with faster restoration delivery. Yes. With a suitable scanning, design and milling workflow, chairside milling can help clinics produce certain restorations on the same day. Depending on the machine configuration, chairside milling can support materials such as glass ceramics, zirconia, PMMA, wax and other dental materials. No. Chairside milling machines are usually compact and designed for dental clinic environments, making them easier to integrate into existing treatment or lab spaces. With proper training and a suitable workflow, chairside milling can be operated efficiently. JINY can provide guidance to help clinics start production smoothly. JINY can recommend the right machine based on your clinic size, restoration types, material requirements, available space and expected daily production volume.
السعر عند الطلبShanghai JINYCAD/CAM Co., Ltd 
Dental Lab Equipment & Accessories
Explore JINY dental lab equipment and accessories for digital dental workflows, including scanners, 3D printers, porcelain furnaces, sintering furnaces, and dental milling vacuum cleaners. Find the right dental CAD/CAM material based on your restoration type, milling workflow, machine compatibility, and dental lab production needs. Digital intraoral scanning solution for clinics and chairside workflows. High-accuracy desktop scanning equipment for dental labs and digital restoration workflows. Dental 3D printing equipment for models, guides, and digital dental applications. Dental porcelain furnace for ceramic firing, glazing, and dental lab restoration workflows. Zirconia sintering furnace for crowns, bridges, and dental CAD/CAM zirconia restorations. Dental milling vacuum cleaner for dry milling dust collection and cleaner lab production. Tell us your lab type, current equipment, materials, and production needs. JINY will help recommend suitable dental lab equipment and accessories for your digital workflow. A digital dental lab may need intraoral scanners, desktop scanners, CAD software, dental milling machines, 3D printers, vacuum cleaners, sintering furnaces, porcelain furnaces, and finishing tools. The exact equipment depends on your workflow, materials, production volume, and whether you focus on milling, printing, zirconia restorations, ceramic restorations, or implant-related cases. An intraoral scanner is used inside the patient’s mouth to capture digital impressions directly in a clinic. A desktop scanner is usually used in dental labs to scan models, impressions, dies, or restoration cases. Clinics often use intraoral scanners for chairside workflows, while dental labs use desktop scanners for higher-accuracy lab scanning tasks. Many dental labs use 3D printers to produce dental models, surgical guides, trays, temporary restorations, and other digital dental applications. A 3D printer can help improve production efficiency and expand the lab’s service options. Whether you need one depends on your current workflow, case types, and daily production needs. A zirconia sintering furnace is used to sinter milled zirconia restorations at high temperature. After zirconia crowns, bridges, or frameworks are milled, they need to be sintered to achieve their final strength and properties. It is an important piece of equipment for dental labs and milling centers working with zirconia materials. A porcelain furnace is used for dental ceramic firing, glazing, and porcelain restoration workflows. It is commonly used in dental labs for ceramic crowns, bridges, veneers, and other aesthetic restorations. A porcelain furnace is different from a zirconia sintering furnace because it is mainly used for ceramic processing and glazing rather than zirconia sintering. Yes. Dry dental milling can create fine dust when processing materials such as zirconia, PMMA, wax, or resin. A dental milling vacuum cleaner helps collect dust, reduce daily cleaning work, and support a cleaner lab environment. It is especially important for dental labs and milling centers with frequent dry milling production.
السعر عند الطلبShanghai JINYCAD/CAM Co., Ltd
Dental Milling Cases
Explore real dental CAD/CAM milling workflows and finished restorations across different materials and applications. Material: Titanium Application: Implant Bridge / Dental Framework Milling Method: Wet Milling Machine: JINY 5-Axis Dental Milling Machine Production Capacity: 9–11 bridges per titanium plate Titanium milling requires high precision, stable cutting performance and effective heat management. With JINY’s advanced 5-axis milling solution, a single square titanium plate can accommodate 9–11 dental bridge restorations in one milling process , helping dental laboratories maximize material utilization and improve production efficiency. to achieve clean and well-defined: ✓ External threads ✓ Internal threads ✓ Fine connection structures With JINY advanced 5-axis milling technology, intricate titanium components can be produced with clear internal and external threads, smooth surface finishes and consistent dimensional accuracy , meeting the demanding requirements of modern dental implant applications. Send us your STL file or milling requirements. Our team can evaluate your case and provide a sample milling solution.
السعر عند الطلبShanghai JINYCAD/CAM Co., Ltd- لا توجد صورة
Cookie Policy (EU) - Dental CAD/CAM machines manufacturer since 2013 in China
This Cookie Policy was last updated on August 3, 2026 and applies to citizens and legal permanent residents of the European Economic Area and Switzerland. Our website, https://jinycadcam.com (hereinafter: "the website") uses cookies and other related technologies (for convenience all technologies are referred to as "cookies"). Cookies are also placed by third parties we have engaged. In the document below we inform you about the use of cookies on our website. A cookie is a small simple file that is sent along with pages of this website and stored by your browser on the hard drive of your computer or another device. The information stored therein may be returned to our servers or to the servers of the relevant third parties during a subsequent visit. A script is a piece of program code that is used to make our website function properly and interactively. This code is executed on our server or on your device. 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السعر عند الطلبShanghai JINYCAD/CAM Co., Ltd - لا توجد صورة
Privacy Policy
This Privacy Policy was last updated on August 3, 2026. Shanghai JINY Electromechanical Technology Co., Ltd. (“JINY,” “we,” “our,” or “us”) respects your privacy and is committed to protecting the personal information of visitors, customers, distributors, business partners, and other users of our website. This Privacy Policy explains what information we may collect, how we use and protect that information, when it may be shared, and the choices that may be available to you when you visit our website, submit an inquiry, request product information, or communicate with our sales and support teams. Website: https://jinycadcam.com/ We may collect personal information that you voluntarily provide when you contact us, submit an inquiry form, request a quotation, download product information, or communicate with our sales or support teams. The information you provide may include: Products or solutions in which you are interested Requested specifications or quotation details Messages submitted through our contact forms Any other information you choose to provide Depending on your device, browser settings, and cookie choices, certain technical information may also be collected automatically. This technical information may include: Date, time, and duration of visits Referring website or search source Cookie identifiers and related usage information We may use the information we collect to operate our website, communicate with customers and business partners, respond to inquiries, provide support, and improve our products and services. 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Where permitted, we may use contact information provided through our website to send relevant product information, catalogs, technical updates, company news, exhibition information, or communications concerning JINY dental CAD/CAM products and solutions. You may ask us to stop sending marketing communications at any time by replying to the relevant communication or contacting us using the details provided below. Our website is intended for business users, dental laboratories, dental clinics, distributors, dealers, technicians, and dental industry professionals. It is not directed to children. We do not knowingly collect personal information from children. If we become aware that a child has submitted personal information, we will take reasonable steps to remove it where appropriate. Our website may contain links to third-party websites, including social-media platforms, video services, partner websites, and other external resources. 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السعر عند الطلبShanghai JINYCAD/CAM Co., Ltd 
Dental Milling Machine Materials Guide
Choosing a dental milling machine should not start with the machine itself. It should start with one question: What materials do you want to mill? For many dental labs and clinics, this is the most practical way to choose the right CAD/CAM milling machine. A lab that mainly mills zirconia crowns does not have the same equipment needs as a lab producing titanium implant bars, premilled abutments, glass ceramic veneers or multi-material restorations. In our previous guide, Wet Milling vs Dry Milling: How to Choose a Dental Milling Machine , we explained the basic difference between wet and dry milling. In this guide, we will go one step further and explain which dental milling machine is suitable for each common dental material, including zirconia, PMMA, wax, PEEK, glass ceramic, lithium disilicate, composite resin, titanium, premilled abutments and CoCr. If you are planning to buy a dental milling machine for your lab or clinic, this material-based guide will help you make a clearer decision. The table below gives a simple overview of common dental milling materials and the recommended JINY dental milling machine options. Different dental materials require different milling strategies. Some materials create fine dust and are usually processed by dry milling. Some are harder, more brittle or require coolant during processing, so wet milling is a better choice. Metal materials such as titanium and CoCr require a more rigid machine structure, stronger spindle performance and suitable fixtures. For example, a zirconia-focused dental lab may prefer a stable dry milling machine with efficient dust control. A clinic producing glass ceramic restorations may need a wet milling machine. A high-volume production center may prefer a wet and dry dental milling machine or an automatic disc changer system. A dental lab focused on implant restorations may need a metal milling machine for titanium, premilled abutments, CoCr or implant bars. That is why the best dental milling machine is not always the most expensive one. The best choice is the machine that matches your material range, production volume and restoration type. Zirconia is one of the most common materials in dental CAD/CAM production. It is widely used for crowns, bridges, full-contour restorations, implant-supported restorations and full-arch cases. For most dental laboratories, zirconia is usually processed by dry milling. A dedicated dry dental milling machine can provide efficient production, good surface quality and stable results for daily zirconia work. For labs mainly producing zirconia crowns and bridges, the JDM5Z 5-Axis Dry Dental Milling Machine is a suitable option. It is designed for dry milling materials such as zirconia, PMMA, PEEK and wax. The 5-axis structure helps process complex restorations and multi-angle cases, while dry milling keeps the workflow efficient for high-volume zirconia production. Choose a zirconia dental milling machine if your main work includes: Full-contour zirconia restorations High-volume daily crown and bridge production If your lab only mills zirconia, PMMA and wax, a dry milling machine is usually enough. If your lab also wants to mill glass ceramic, titanium or premilled abutments, a wet and dry dental milling machine may be a better long-term investment. PMMA is commonly used for temporary crowns, temporary bridges, denture try-ins, mock-ups and long-term provisional restorations. It is easier to mill than metal materials and is usually suitable for dry milling. If your lab or clinic often produces temporary restorations, a compact dry milling solution can improve delivery speed and reduce outsourcing. The M5Z 5-Axis Dry Dental Milling Machine is a good choice for PMMA, zirconia, PEEK and wax milling. It is especially suitable for dental clinics or smaller labs that need a dry milling machine with a simple workflow. Provisional implant restorations Full-arch temporary restorations For buyers searching for a dental milling machine for PMMA, the most important points are milling efficiency, surface quality, dust control and simple operation. If PMMA is only one part of your daily work and you also mill zirconia, PEEK and wax, a dry 5-axis machine is usually a practical option. Wax is mainly used for casting patterns, diagnostic wax-ups and certain laboratory workflows. Compared with zirconia or titanium, wax is easy to process, but dental labs still need stable milling accuracy to ensure reliable final results. For high-volume labs that want unattended production, the JDM5DC Auto Disc Changer Dental Milling Machine is a strong option. It supports multiple dental materials and is designed for continuous production with automatic disc changing. This is especially useful for labs that process many discs overnight or want to reduce manual operation. A basic dry mill can handle wax, but if your lab also produces zirconia, PMMA, PEEK and other disc materials in batches, an automatic disc changer system can improve efficiency and reduce labor costs. PEEK is a high-performance polymer used in dental frameworks, long-term temporary restorations, removable partial denture frameworks and implant-related applications. It is lighter than metal and has good mechanical properties for selected dental indications. PEEK can be part of both dry and wet/dry workflows, depending on the machine, tools and material specifications. For labs that need more flexibility, the JDM5DW 5-Axis Wet & Dry Dental Milling Machine is a practical choice. It supports both dry and wet milling and can process a wide range of materials, making it suitable for labs that do not want to be limited to one material category. PEEK milling is often used for: Implant-supported restorations Removable partial denture frameworks Bite splints and special dental applications If your lab currently mills zirconia and PMMA but plans to expand into PEEK, glass ceramic or titanium-related work, choosing a wet and dry dental milling machine can make the workflow more flexible. HPP is another high-performance polymer material used in dental CAD/CAM workflows. It is often selected for lightweight, durable and metal-free restorations. Labs that mill HPP usually need a machine with stable performance, proper tooling and reliable material support. The JDM5T Pro 5-Axis Metal Milling Machine can process multiple dental materials including titanium, cobalt chrome, glass ceramic, premilled abutments, wax, PEEK and HPP. For labs that want one stronger milling platform for polymers and metal-related restorations, JDM5T Pro is a suitable option to consider. Metal-free prosthetic solutions Special removable denture applications When choosing a dental milling machine for HPP, make sure the machine, holder, milling burs and CAM strategy are compatible with the specific material brand you use. Glass ceramic is widely used for aesthetic restorations such as veneers, inlays, onlays and anterior crowns. Because glass ceramic is more brittle and requires coolant during processing, it is usually milled with a wet dental milling machine. For dental labs that focus on glass ceramic and premilled abutments, the JDM4T Wet Milling Machine is a suitable choice. It is designed for wet milling and supports glass ceramics, titanium premilled abutments and other common CAD/CAM blocks. Glass ceramic milling is suitable for: Chairside and labside ceramic workflows If your main customer demand is aesthetic restorations, choosing a wet milling machine for glass ceramic can help improve surface quality and reduce material risk during processing. Lithium disilicate, often searched as Emax or E.max dental milling, is one of the most popular materials for aesthetic dental restorations. It is commonly used for veneers, inlays, onlays and crowns, especially when translucency and natural appearance are important. For this type of material, wet milling is usually required. The F4T Dental Milling Machine is designed for premilled abutment and glass ceramic milling, making it a good option for clinics and labs that want to produce aesthetic ceramic restorations. Lithium disilicate / Emax-style restorations are commonly used for: Aesthetic anterior restorations Chairside same-day restorations Customers searching for “dental milling machine for Emax” or “dental milling machine for lithium disilicate” usually have strong purchase intent. They are not just learning about CAD/CAM. They are often looking for a machine that can produce real restorations for their clinic or lab. Composite resin blocks are used for aesthetic restorations, including inlays, onlays and crowns. They can offer good milling efficiency and are useful for clinics and labs that want a flexible restorative material. For labs that need a stronger multi-material solution, the JDM5 MAX 5-Axis Implant Dental Milling Machine can support a broad range of dental materials, including composites, glass ceramics, titanium block, premilled abutments, CoCr, PEEK, PMMA and wax. This makes it suitable for advanced dental labs that want to handle both aesthetic and implant-related cases. Composite resin milling can be used for: Temporary or semi-permanent restorations Aesthetic posterior restorations If composite resin is your main material, a wet milling machine or wet/dry dental milling machine is usually the better direction. If your lab also wants to process titanium, CoCr and implant restorations, a full-function machine can give you more production flexibility. Titanium premilled abutments are important for implant dentistry. They allow dental labs to produce customized abutments with good fit and stable mechanical performance. For labs focused on titanium premilled abutments, the JDM4A 4-Axis Abutment Milling Machine is a practical solution. It is designed for wet processing and supports titanium premilled abutments and PMMA. Titanium premilled abutment milling is suitable for: Dental labs serving implant clinics Small and medium implant restoration workflows When buying a dental milling machine for titanium premilled abutments, pay attention to fixture compatibility, tool life, spindle power, wet milling performance and repeatable accuracy. Titanium is a key material for implant restorations, custom abutments, implant bars, implant bridges and metal frameworks. Compared with zirconia or PMMA, titanium requires a much stronger milling machine structure, proper coolant, high rigidity and suitable metal milling tools. For titanium and metal milling, the JDM5T Pro 5-Axis Metal Milling Machine is a strong option. It is designed for titanium, cobalt chrome, glass ceramic, premilled abutments and other materials used in advanced dental laboratory production. Titanium milling is commonly used for: If your lab wants to enter the implant restoration market, investing in a dedicated titanium dental milling machine can help expand your service range and reduce outsourcing. Traditional titanium abutment workflows may require several processing steps. A turn-mill dental milling machine can improve efficiency by processing titanium rods directly into abutments. The T52CX 5-Axis Turn-Mill Dental Milling Machine is designed for one-step titanium rod to abutment processing. It is suitable for labs or production centers that want to improve abutment production efficiency and reduce material waste. Titanium rod milling is suitable for: High-volume implant abutment manufacturing Production centers focused on implant components For customers searching for “titanium abutment milling machine” or “turn-mill dental milling machine,” the search intent is usually very strong. These users often already know the application and are looking for a machine that can solve a specific production problem. CoCr is used for metal frameworks, removable partial denture frameworks, implant bars and other strong dental restorations. It is harder to mill than many non-metal materials, so the machine must have high rigidity, strong spindle performance and proper cooling. For CoCr and advanced implant cases, the JDM5 MAX 5-Axis Implant Dental Milling Machine is a suitable choice. It is designed for implant dental milling and supports titanium block, square titanium plate, premilled abutment, glass ceramics, composites, CoCr, PEEK, PMMA and wax. CoCr milling is commonly used for: High-strength dental restorations If your dental lab wants to produce both titanium and CoCr restorations, choose a machine with strong rigidity, high spindle power, wet milling capability and compatible fixtures for metal work. After reviewing each material, the next question is simple: should you choose a dry, wet or wet and dry dental milling machine? A dry milling machine is usually more efficient for zirconia and polymer materials. It is suitable for labs with high daily production of crowns and bridges. JDM5Z 5-Axis Dry Dental Milling Machine M5Z 5-Axis Dry Dental Milling Machine Wet milling is suitable for materials that require coolant or stronger cutting conditions. It is especially important for glass ceramics and metal materials. JDM5T Pro 5-Axis Metal Milling Machine JDM5 MAX 5-Axis Implant Dental Milling Machine A wet and dry dental milling machine is suitable for labs that want to process many different materials without buying separate machines at the beginning. Choose wet and dry milling if you want to process: JDM5DW 5-Axis Wet & Dry Dental Milling Machine JDM5DC Auto Disc Changer Dental Milling Machine For many growing dental labs, a wet and dry machine is the most flexible investment because it allows the lab to expand from zirconia and PMMA into glass ceramics, titanium and implant restorations. Before choosing a dental milling machine, answer these five questions: If 80% of your work is zirconia, choose a stable dry milling machine. If you often mill glass ceramics or titanium, choose wet milling or wet/dry milling. Crowns and bridges need different machine requirements than implant bars, titanium abutments or CoCr frameworks. Small clinics may prefer compact dry or wet milling machines. Medium and large labs may need automatic disc changers or stronger implant milling machines. If you only buy a dry milling machine, you may need another machine later for glass ceramic or titanium. If you want flexibility from the beginning, consider a wet and dry milling machine. If your lab plans to produce titanium abutments, implant bars or CoCr frameworks, choose a machine designed for metal milling, not only a general zirconia milling machine. Choose the JDM5Z 5-Axis Dry Dental Milling Machine . It is suitable for zirconia, PMMA, PEEK and wax, making it a practical choice for daily dry milling production. Choose the M5Z 5-Axis Dry Dental Milling Machine if your main materials are zirconia, PMMA, PEEK and wax. It is suitable for users who need a compact dry milling workflow. Choose the JDM5DW 5-Axis Wet & Dry Dental Milling Machine if you want to process both dry and wet materials. It is suitable for labs that want one machine for zirconia, PMMA, PEEK, wax, glass ceramic, composites, titanium and abutments. Choose the JDM5DC Auto Disc Changer Dental Milling Machine if your lab needs continuous production, automatic disc changing and reduced manual labor. Choose the JDM5T Pro 5-Axis Metal Milling Machine or JDM5 MAX 5-Axis Implant Dental Milling Machine if your lab focuses on titanium, CoCr, implant bars, implant bridges and advanced metal restorations. Choose the T52CX 5-Axis Turn-Mill Dental Milling Machine if you want one-step titanium rod to abutment processing. A dental milling machine can mill materials such as zirconia, PMMA, wax, PEEK, HPP, glass ceramic, lithium disilicate, composite resin, titanium, premilled abutments and CoCr. The exact material range depends on the machine type, spindle power, milling mode, fixtures and milling tools. For zirconia, a dry 5-axis dental milling machine is usually a practical choice. The JDM5Z 5-Axis Dry Dental Milling Machine is suitable for zirconia, PMMA, PEEK and wax milling. Yes, glass ceramic is usually processed by wet milling. A wet dental milling machine helps provide coolant during processing and is suitable for glass ceramic restorations such as veneers, inlays, onlays and crowns. Yes, a wet and dry dental milling machine can support both dry materials like zirconia and wet materials like titanium, depending on the machine configuration. The JDM5DW and JDM5DC are suitable options for multi-material workflows. For titanium premilled abutments, a wet milling machine such as the JDM4A 4-Axis Abutment Milling Machine can be a practical option. For titanium rod to abutment production, the T52CX 5-Axis Turn-Mill Dental Milling Machine is designed for one-step processing. PEEK can be processed in dry or wet/dry workflows depending on the material brand, tools and machine configuration. For labs that want flexibility, a wet and dry dental milling machine such as the JDM5DW can be a useful choice. Choose dry milling if you mainly mill zirconia, PMMA, wax and PEEK. Choose wet milling if you mainly mill glass ceramic, lithium disilicate, titanium, premilled abutments or CoCr. Choose a wet and dry dental milling machine if you want to process a wider range of dental materials with one machine. If you are buying a dental milling machine, do not choose only by price or appearance. Start from the materials you want to mill. If your lab mainly produces zirconia crowns and bridges, a dry milling machine such as the JDM5Z is a practical choice. If you need a compact dry milling solution for zirconia, PMMA, PEEK and wax, the M5Z can be suitable. If you want one machine for both dry and wet materials, consider the JDM5DW or JDM5DC . If your lab focuses on titanium, CoCr and implant restorations, choose a stronger metal milling solution such as the JDM5T Pro , JDM5 MAX or T52CX . The right dental milling machine should match your current materials, your daily production volume and your future business direction. If you are not sure which machine is suitable for your lab, contact JINY Dental and tell us the materials you want to mill. Our team will recommend the right dental milling solution for your workflow. JINY at DenTech China 2026: Highlights from Shanghai October 22–25, 2026 · Shanghai, China From October 22 to 25, JINY As digital dentistry continues to evolve, dental clinics and laboratories are looking for higher accuracy, better surface quality, and more Wet Milling vs Dry Milling: How to Choose a Dental Milling Machine Choosing the right dental milling machine is an Compare wet milling and dry milling for dental CAD/CAM materials including zirconia, PMMA, PEEK, wax, glass ceramics, titanium, CoCr and premilled abutments. Learn when to choose a dry, wet or wet-dry JINY dental milling machine for your lab or clinic.
السعر عند الطلبShanghai JINYCAD/CAM Co., Ltd
Wet Milling vs Dry Milling: How to Choose a Dental Milling Machine
Choosing the right dental milling machine is an important decision for dental laboratories, clinics and digital dental production centers. In CAD/CAM dentistry, wet milling and dry milling are used for different materials, restoration types and production workflows. The main difference between wet milling and dry milling is whether coolant or water is used during the milling process. But for dental labs, the real question is usually more practical: Which dental milling machine should I choose for zirconia, PMMA, PEEK, wax, glass ceramics, titanium, CoCr or premilled abutments? This guide explains the difference between wet milling and dry milling, compares the suitable materials for each workflow, and helps you choose the right JINY dental milling machine based on your daily production needs. Dry dental milling is usually used for materials such as zirconia, PMMA, PEEK and wax. It is efficient, clean and suitable for high-volume crown and bridge production. Wet dental milling uses coolant or water during machining. It is usually required for glass ceramics, lithium disilicate, titanium, CoCr, premilled abutments and other hard or heat-sensitive dental materials. A wet and dry dental milling machine can support both workflows, making it suitable for labs that want to process a wider range of CAD/CAM materials with one machine. Dry dental milling is a milling process that does not use water or coolant during machining. It is commonly used for dental CAD/CAM materials that can be milled efficiently in a dry environment. Common dry milling materials include: Some other dry dental CAD/CAM discs Dry milling is widely used in dental laboratories because it is efficient, clean and suitable for high-volume production. For example, zirconia restorations are usually milled in a dry environment before sintering. This workflow helps labs produce crowns, bridges, frameworks and other restorations with stable accuracy and predictable results. If your dental lab mainly produces zirconia crowns, PMMA temporary restorations, PEEK frameworks or wax patterns, a 5-axis dry dental milling machine is usually a practical and cost-effective choice. For example, the JDM5Z 5-Axis Dry Dental Milling Machine is suitable for zirconia, PMMA, PEEK and wax milling. For clinics or smaller labs that need a compact dry milling solution, the M5Z 5-Axis Dry Dental Milling Machine can also support daily dry milling production. Wet dental milling uses water or coolant during the milling process. This method is commonly used for harder, denser or heat-sensitive materials. Common wet milling materials include: Implant-related dental materials The coolant helps reduce heat, protect tools and improve the surface quality of the restoration. Wet milling is especially important when milling materials that may crack, overheat or require a smoother surface finish during processing. For clinics and dental labs that produce glass ceramic restorations, custom abutments, titanium restorations or implant components, wet milling capability is often necessary. For example, the JDM5T Pro 5-Axis Metal Dental Milling Machine is suitable for titanium, cobalt chrome, premilled abutments, glass ceramics and other metal-related dental applications. For implant labs that need stronger material coverage, the JDM5 MAX 5-Axis Implant Dental Milling Machine is designed for advanced implant and metal milling workflows. A wet and dry dental milling machine supports both dry milling and wet milling. This type of machine is suitable for dental labs that want more flexibility and do not want to be limited to only one material group. A wet and dry dental milling machine can help process materials such as: For growing dental labs, a wet and dry milling machine can be a long-term investment because it allows the lab to start with zirconia and PMMA, then expand into glass ceramics, titanium, abutments and implant restorations later. The JDM5DW 5-Axis Wet and Dry Dental Milling Machine is suitable for labs that need a wide material range, including titanium block, abutment, glass ceramics, zirconia, composites, CoCr, PMMA, PEEK and wax. For clinics and smaller labs that need a compact dry and wet milling solution, the M5DW 5-Axis Wet and Dry Dental Milling Machine is suitable for glass ceramics, abutments, zirconia, PMMA, PEEK and wax. For high-volume production, the JDM5DC Auto Disc Changer Dental Milling Machine supports dry milling and optional wet milling, helping dental labs improve efficiency and reduce manual loading. When choosing a dental milling machine, material compatibility should be the first factor to consider. Different dental materials require different milling conditions, tools and machine structures. If your main materials are zirconia, PMMA, PEEK and wax, a dry dental milling machine may be enough for daily production. If you need to mill glass ceramics, titanium blocks, CoCr or premilled abutments, you should choose a wet dental milling machine or a wet and dry dental milling machine. If your lab wants to process many materials in one production system, a wet and dry dental milling machine provides better flexibility. Dry dental milling is often preferred by dental labs that focus on daily crown and bridge production. It is especially suitable for zirconia, PMMA, PEEK and wax materials. Zirconia is one of the most common materials in dental CAD/CAM production. It is widely used for crowns, bridges, full-contour restorations and implant-supported restorations. For labs mainly producing zirconia restorations, the JDM5Z dry dental milling machine for zirconia is a suitable option. It supports zirconia, PMMA, PEEK and wax, making it practical for daily dental lab production. PMMA is commonly used for temporary crowns, temporary bridges, denture try-ins and provisional restorations. It is easy to process and usually suitable for dry milling. For PMMA, the M5Z compact dry dental milling machine is suitable for clinics and smaller labs that need a simple dry milling workflow for PMMA, zirconia, PEEK and wax. PEEK is used for frameworks, long-term temporary restorations and selected implant-related applications. It can be part of a dry or wet/dry milling workflow depending on the machine, tools and material system. For labs that want to mill PEEK while keeping future flexibility for glass ceramics, titanium and abutments, the JDM5DW wet and dry dental milling machine is a strong option. Wax is mainly used for casting patterns, diagnostic wax-ups and certain laboratory workflows. It is easy to mill, but high-volume labs still need stable accuracy and efficient operation. For labs that need batch production and automatic disc changing, the JDM5DC dental milling machine with auto disc changer can help reduce manual loading and improve workflow efficiency. Wet dental milling is suitable for materials that require coolant during machining. It is often used for glass ceramics, lithium disilicate, titanium blocks, premilled abutments, CoCr and other advanced dental CAD/CAM materials. Glass ceramics are widely used for aesthetic restorations such as veneers, inlays, onlays and crowns. These materials usually require wet milling because coolant helps reduce heat and supports better surface quality. For glass ceramics, the M5DW wet and dry dental milling machine is a suitable choice for clinics and labs that want one compact machine for both dry and wet materials. Lithium disilicate is often used for aesthetic crowns, veneers, inlays and onlays. It is usually milled in a wet workflow. For labs focused on ceramic and premilled abutment milling, the JDM4T wet dental milling machine is suitable for glass ceramics, titanium premilled abutments and related wet milling applications. Titanium is commonly used for implant restorations, titanium crowns, custom abutments, implant bridges and implant bars. Titanium milling requires a stable machine structure, strong spindle performance, suitable coolant and proper milling tools. For titanium and CoCr metal milling, the JDM5T Pro dental titanium and CoCr milling machine is designed for wet metal milling applications, including titanium restorations, implant bridges, implant bars and premilled abutments. CoCr is used for metal frameworks, implant bars, implant bridges and high-strength dental restorations. It requires a strong and stable wet milling system. For advanced implant and metal cases, the JDM5 MAX implant dental milling machine is suitable for titanium block, premilled abutment, glass ceramics, composites, CoCr, PEEK, PMMA and wax. For dental labs or production centers that want to produce titanium abutments directly from titanium rods, a turn-mill dental milling machine can improve efficiency. The T52CX 5-Axis Turn-Mill Dental Milling Machine is designed for titanium rod processing and one-step abutment production. Different restoration types also influence the choice between wet and dry milling. Dry milling is commonly used for: Daily crown and bridge production Wet milling is more suitable for: If your business includes both daily crown and bridge production and implant-related restorations, a wet and dry dental milling machine can provide better production coverage. For example, a lab that mainly mills zirconia today but plans to add titanium abutments and glass ceramics later can consider the JDM5DW wet/dry dental milling machine or the JDM5DC dry/wet dental milling machine with disc changer . Production efficiency is another important factor when choosing a dental milling machine. Dry milling is usually efficient for zirconia, PMMA, PEEK and wax because it avoids water management during processing. This can make the workflow cleaner and easier for high-volume production. Wet milling requires coolant circulation, water tank cleaning, filter maintenance and chamber cleaning. However, it allows the machine to process materials that dry milling cannot handle properly, such as glass ceramics, titanium and CoCr. A wet and dry milling system can help labs improve workflow flexibility. Instead of using separate machines for different materials, one machine can support more production tasks depending on the machine design and material compatibility. For larger dental labs, automatic disc changing can also improve efficiency. The JDM5DC Auto Disc Changer Dental Milling Machine is suitable for labs that need continuous production and want to reduce manual operation. Dry milling machines usually require regular dust management. Zirconia, PMMA, PEEK and wax milling can generate fine dust or debris, so proper suction and cleaning are important for machine performance and long-term stability. Wet milling machines require cleaning of the water tank, coolant system, filters and milling chamber. If the coolant system is not maintained properly, residue may affect milling quality and machine reliability. Wet and dry dental milling machines require both dust management and water system maintenance. However, they offer more material flexibility, which can be valuable for labs that want to expand their production range. When choosing a dental milling machine, you should consider not only the purchase cost, but also daily cleaning, maintenance time, tool replacement, operator workflow and future material requirements. You should choose a dry dental milling machine if your production is mainly focused on: Dry milling is often preferred by labs that want a simple workflow, fast production and lower maintenance complexity. Recommended JINY dry milling machines: JDM5Z 5-Axis Dry Dental Milling Machine M5Z 5-Axis Dry Dental Milling Machine If your lab does not require glass ceramic, titanium or CoCr milling, a dry dental milling machine may be the right solution. You should choose a wet dental milling machine if you need to mill: Wet milling capability is important for labs and clinics that produce implant-related restorations, ceramic restorations or metal restorations. Recommended JINY wet milling and metal milling machines: JDM4T Wet Dental Milling Machine JDM5T Pro 5-Axis Metal Dental Milling Machine JDM5 MAX 5-Axis Implant Dental Milling Machine T52CX 5-Axis Turn-Mill Dental Milling Machine If your workflow includes custom abutments, titanium restorations or advanced implant cases, wet milling capability should be considered essential. A wet and dry dental milling machine is the best choice when you need maximum flexibility. It allows dental labs to process both dry materials and wet materials, making it suitable for a broader range of CAD/CAM applications. Choose a wet and dry dental milling machine if you want to process: This type of machine is especially useful for laboratories that want to expand from zirconia production to glass ceramics, titanium, abutments and other advanced restorations. It can also help reduce the need for multiple machines and improve production flexibility. Recommended JINY wet and dry dental milling machines: JDM5DW 5-Axis Wet and Dry Dental Milling Machine M5DW 5-Axis Wet and Dry Dental Milling Machine JDM5DC Auto Disc Changer Dental Milling Machine For growing dental labs, a wet and dry system can be a long-term investment because it supports more materials, more applications and more complex production requirements. Before choosing a dental milling machine, consider the following points. Material compatibility determines whether you need dry milling, wet milling or both. If your main materials are zirconia, PMMA, PEEK and wax, choose a dry milling machine such as JDM5Z or M5Z . If your materials include glass ceramics, titanium, CoCr or premilled abutments, choose a wet or wet/dry machine such as JDM5DW , M5DW or JDM5 MAX . Crowns, bridges, veneers, abutments, implant bars and temporary restorations may require different machine capabilities. For daily zirconia crowns and bridges, a dry dental milling machine is usually enough. For titanium abutments, CoCr frameworks, implant bars and implant bridges, a stronger wet milling or metal milling machine is more suitable. Small clinics may prefer compact machines with simple operation. Medium and large labs may need stronger spindle power, larger tool capacity, automatic tool changing or automatic disc changing. If your lab needs continuous production, the JDM5DC auto disc changer dental milling machine can help improve workflow efficiency. If your lab only mills zirconia today but plans to produce glass ceramics, titanium abutments or implant restorations later, a wet and dry dental milling machine may provide better long-term value. A flexible system such as JDM5DW allows your lab to expand material capability without immediately buying separate machines for each material group. If your lab mainly mills zirconia, PMMA, PEEK and wax, choose the JDM5Z 5-Axis Dry Dental Milling Machine . It is suitable for high-volume dry milling production and daily crown and bridge workflows. If you need a compact dry milling solution for zirconia, PMMA, PEEK and wax, choose the M5Z 5-Axis Dry Dental Milling Machine . If you need both dry and wet milling in a compact machine, choose the M5DW 5-Axis Wet and Dry Dental Milling Machine . If you want one machine for zirconia, PMMA, PEEK, wax, glass ceramics, titanium, CoCr and premilled abutments, choose the JDM5DW 5-Axis Wet and Dry Dental Milling Machine . If your lab needs automatic disc changing, continuous production and reduced manual operation, choose the JDM5DC Auto Disc Changer Dental Milling Machine . If your lab focuses on titanium blocks, CoCr, premilled abutments, implant bars and implant bridges, choose the JDM5T Pro 5-Axis Metal Dental Milling Machine or the JDM5 MAX 5-Axis Implant Dental Milling Machine . If you want to produce titanium abutments directly from titanium rods, choose the T52CX 5-Axis Turn-Mill Dental Milling Machine . The main difference is whether coolant or water is used during the milling process. Dry milling does not use coolant and is commonly used for zirconia, PMMA, PEEK and wax. Wet milling uses coolant and is commonly used for glass ceramics, lithium disilicate, titanium, CoCr and premilled abutments. Dry milling is commonly used for zirconia, PMMA, PEEK and wax. These materials are suitable for dental labs that mainly produce crowns, bridges, frameworks, temporary restorations and wax patterns. Wet milling is usually recommended for glass ceramics, lithium disilicate, titanium blocks, CoCr, premilled abutments and other materials that require coolant during machining. For zirconia, the JDM5Z 5-Axis Dry Dental Milling Machine is a suitable choice for dental labs. For clinics or smaller labs, the M5Z 5-Axis Dry Dental Milling Machine can also be used for zirconia, PMMA, PEEK and wax. The JDM5DW 5-Axis Wet and Dry Dental Milling Machine is suitable for labs that need wide material compatibility. The M5DW 5-Axis Wet and Dry Dental Milling Machine is suitable for clinics and smaller labs that need a compact wet and dry workflow. Yes, a wet and dry dental milling machine can support both zirconia and titanium if the machine configuration, fixtures, tools and CAM strategy are suitable. For example, JDM5DW supports both dry and wet materials, including zirconia and titanium block. For titanium and CoCr, a stronger wet milling or metal milling machine is recommended. The JDM5T Pro is suitable for titanium and cobalt chrome milling. The JDM5 MAX is suitable for implant and metal applications such as titanium block, premilled abutment, CoCr and implant bars. If your lab mainly mills zirconia, PMMA, PEEK and wax, choose a dry dental milling machine. If your lab mainly mills glass ceramics, titanium, CoCr or premilled abutments, choose a wet dental milling machine. If your lab wants to process many different CAD/CAM materials, choose a wet and dry dental milling machine. Wet milling and dry milling are both important in digital dental production. Dry milling is efficient for zirconia, PMMA, PEEK and wax, while wet milling is necessary for materials such as glass ceramics, titanium, CoCr and premilled abutments. The best dental milling machine depends on your materials, restoration types, production volume and future business needs. If your lab focuses on zirconia crowns and bridges, a dry dental milling machine such as JDM5Z or M5Z can be a practical choice. If your lab needs more material flexibility, a wet and dry dental milling machine such as JDM5DW , M5DW or JDM5DC can support more CAD/CAM workflows. If your lab focuses on titanium, CoCr, implant bars, implant bridges or titanium abutments, a metal or implant dental milling machine such as JDM5T Pro , JDM5 MAX or T52CX may be more suitable. Choosing the right dental milling machine helps improve production efficiency, restoration quality and workflow stability for modern dental laboratories and clinics. Not sure which JINY dental milling machine is suitable for your lab? Contact JINY Dental and tell us your milling materials, restoration types and production volume. Our team will help you choose the right wet, dry or wet and dry dental milling solution. JINY at DenTech China 2026: Highlights from Shanghai October 22–25, 2026 · Shanghai, China From October 22 to 25, JINY As digital dentistry continues to evolve, dental clinics and laboratories are looking for higher accuracy, better surface quality, and more Wet Milling vs Dry Milling: How to Choose a Dental Milling Machine Choosing the right dental milling machine is an Learn which dental milling machine you need for zirconia, PMMA, PEEK, wax, glass ceramic, lithium disilicate, composite resin, titanium, premilled abutments and CoCr. Compare dry, wet and wet-dry milling options for dental labs and clinics.
السعر عند الطلبShanghai JINYCAD/CAM Co., Ltd
JDM5Z Robot Dental Lab Milling Machine with AI Robot Automation
JDM5Z Robot AI is an advanced dental lab milling machine integrated with robotic automation, enabling automatic material handling, fixture changing and continuous production with minimal operator intervention. Supporting both dry and wet milling modes, the system enables efficient processing of a wide range of dental materials while improving workflow flexibility. Designed for high-precision dental milling, the system ensures accurate margins, smooth surfaces, and reliable performance for crowns, bridges, implants, and complex restorations. Engineered for stable and reliable operation, the system supports 24-hour uninterrupted milling, maximizing productivity and ensuring efficient, continuous workflow for dental laboratories. Monitor the milling process anytime, anywhere through remote access. Real-time machine status, machining progress, and operational data can be viewed instantly, enabling efficient production management and reducing downtime. The “hexagonal warrior” in the dental milling machine industry This device adds camera monitoring to facilitate understanding of the operating status of the machine. A robotic dental lab milling machine combines dental milling technology with robotic automation to reduce manual loading and improve production efficiency. JDM5Z Robot AI integrates robotic material handling and automatic fixture changing, allowing more automated production workflows. Yes. The robotic system is designed to automatically handle fixture changing during production workflows. It supports common dental materials including abutment,glass ceramics,zirconia, PMMA, PEEK and wax depending on configuration. Yes. It is designed for dental labs that require higher production efficiency and automation. Yes. By reducing manual loading and setup tasks, robotic automation helps improve machine utilization and workflow efficiency.
السعر عند الطلبShanghai JINYCAD/CAM Co., Ltd
JDM5DC Auto Disc Changer Dental Milling Machine
JDM5DC is a high-performance 5-axis dental milling machine featuring a 24-disc automatic changer for continuous, efficient production. With flexible wet and dry milling capabilities, a powerful 1.8kW spindle, and multi-material compatibility, it delivers precise and reliable machining for modern dental laboratories and milling centers. Traditional dental milling workflows require operators to manually replace discs between jobs. For laboratories processing high volumes of restorations, frequent disc changing increases labor requirements and interrupts production. An auto disc changer dental mill helps dental labs improve workflow efficiency by automatically switching between preloaded discs, enabling longer unattended operation and more consistent production. With automatic replacement of 12 fixtures, you can realize 24-hour smart factory.With zero point system, you can perform accurate and stable machining and manage production time efficiently. After fixture or workpiece replacement, the system can quickly return to the same reference position, minimizing errors and ensuring consistent machining accuracy. Designed for stable and precise fixation, the C-clamp fixture supports a wider range of implant restorations and complex dental components with enhanced machining accuracy. The JDM5DC integrates an automatic disc changer system to support multiple milling jobs without frequent manual disc replacement.This automation helps dental laboratories optimize production capacity and maintain a smoother CAD/CAM workflow. Featuring a high-performance 1.8kW spindle, the system ensures superior milling efficiency, enhanced stability, and consistent precision for demanding dental applications. This device is designed for 24-hour uninterrupted processing, which can maximize labor savings and is the preferred product for processing plants. With dry processing, you can achieve fast and precise results, where these systems show their full,strengths with very good surfaces and greater accuracy. Manufactured with international-standard Meehanite cast iron and a one-piece integrated design, the machine offers exceptional rigidity, long-term stability, and lasting precision without deformation. Featuring an intelligent 12-tool automatic changing system, the machine supports complex milling workflows with improved efficiency and reduced manual intervention. The advanced zero-point positioning system enables quick setup, superior repeatability, and enhanced machining consistency for efficient dental production. With a single JDM5DC , you can support both dry and wet milling , enabling the processing of all materials required for dental prosthetics in one machine. It is the most practical and cost-effective milling solution, minimizing investment costs without the need to purchase separate equipment for each material. Featuring a 90° vertical milling structure, the machine provides enhanced rigidity, improved chip evacuation, and superior machining stability for higher precision and efficiency. An auto disc changer dental mill is a dental CAD/CAM milling machine equipped with an automatic disc replacement system, allowing multiple discs to be loaded and processed with reduced manual intervention. Automatic disc changers help dental laboratories improve production efficiency, reduce manual disc replacement and support longer unattended milling operations. Dental laboratories, milling centers and digital dentistry production facilities with high restoration volumes can benefit from automated milling workflows. Depending on machine configuration, automatic dental milling machines can support materials including zirconia, PMMA, wax, glass ceramics and other CAD/CAM materials. A standard dental mill requires manual disc replacement, while an auto disc changer dental mill can automatically switch between preloaded discs to improve workflow efficiency. A standard dental milling machine usually requires operators to manually replace dental discs between milling jobs. The JDM5DC integrates an automatic disc changer system , allowing multiple discs to be loaded in advance and processed with reduced manual intervention.
السعر عند الطلبShanghai JINYCAD/CAM Co., Ltd
Dental Lab Equipment & Accessories
Explore JINY dental lab equipment and accessories for digital dental workflows, including scanners, 3D printers, porcelain furnaces, sintering furnaces, and dental milling vacuum cleaners. Find the right dental CAD/CAM material based on your restoration type, milling workflow, machine compatibility, and dental lab production needs. Digital intraoral scanning solution for clinics and chairside workflows. High-accuracy desktop scanning equipment for dental labs and digital restoration workflows. Dental 3D printing equipment for models, guides, and digital dental applications. Dental porcelain furnace for ceramic firing, glazing, and dental lab restoration workflows. Zirconia sintering furnace for crowns, bridges, and dental CAD/CAM zirconia restorations. Dental milling vacuum cleaner for dry milling dust collection and cleaner lab production. Tell us your lab type, current equipment, materials, and production needs. JINY will help recommend suitable dental lab equipment and accessories for your digital workflow. A digital dental lab may need intraoral scanners, desktop scanners, CAD software, dental milling machines, 3D printers, vacuum cleaners, sintering furnaces, porcelain furnaces, and finishing tools. The exact equipment depends on your workflow, materials, production volume, and whether you focus on milling, printing, zirconia restorations, ceramic restorations, or implant-related cases. An intraoral scanner is used inside the patient’s mouth to capture digital impressions directly in a clinic. A desktop scanner is usually used in dental labs to scan models, impressions, dies, or restoration cases. Clinics often use intraoral scanners for chairside workflows, while dental labs use desktop scanners for higher-accuracy lab scanning tasks. Many dental labs use 3D printers to produce dental models, surgical guides, trays, temporary restorations, and other digital dental applications. A 3D printer can help improve production efficiency and expand the lab’s service options. Whether you need one depends on your current workflow, case types, and daily production needs. A zirconia sintering furnace is used to sinter milled zirconia restorations at high temperature. After zirconia crowns, bridges, or frameworks are milled, they need to be sintered to achieve their final strength and properties. It is an important piece of equipment for dental labs and milling centers working with zirconia materials. A porcelain furnace is used for dental ceramic firing, glazing, and porcelain restoration workflows. It is commonly used in dental labs for ceramic crowns, bridges, veneers, and other aesthetic restorations. A porcelain furnace is different from a zirconia sintering furnace because it is mainly used for ceramic processing and glazing rather than zirconia sintering. Yes. Dry dental milling can create fine dust when processing materials such as zirconia, PMMA, wax, or resin. A dental milling vacuum cleaner helps collect dust, reduce daily cleaning work, and support a cleaner lab environment. It is especially important for dental labs and milling centers with frequent dry milling production.
السعر عند الطلبShanghai JINYCAD/CAM Co., Ltd- لا توجد صورة
Dental Zirconia Sintering Furnace
A compact zirconia sintering furnace for dental labs and milling workflows, designed for zirconia crowns, bridges, and restorations after dental milling. Maximum temperature up to 1800°C for zirconia sintering workflows. Heating rate up to <120°C/min for efficient daily production. Suitable for dental labs, clinics, and milling centers. Compact size helps fit dental CAD/CAM working areas. Supports zirconia restoration production after milling. Designed for daily dental sintering applications.
السعر عند الطلبShanghai JINYCAD/CAM Co., Ltd 
Dental CAD CAM Materials For Milling Workflows
Explore JINY dental CAD/CAM materials and milling tools for dental clinics, labs, and milling centers, including zirconia blocks, milling burs, PEEK, PMMA, wax, glass ceramics, and titanium blocks. Find the right dental CAD/CAM material based on your restoration type, milling workflow, machine compatibility, and dental lab production needs. High-strength zirconia blocks for crowns, bridges, and dental restoration milling workflows. Dental milling burs for CAD/CAM milling machines, supporting accurate and efficient material processing. PEEK, PMMA, and wax materials for temporary restorations, frameworks, casting, and dental lab workflows. Glass ceramic blocks for aesthetic restorations and wet milling dental CAD/CAM workflows. Dental titanium blocks for implant abutments, titanium restorations, and CAD/CAM milling applications. Dental CAD/CAM milling can use different materials depending on the restoration type and workflow. Common materials include zirconia blocks, PMMA, wax, PEEK, glass ceramics, titanium blocks, and other dental milling materials. Each material is suitable for different applications, such as crowns, bridges, temporary restorations, wax patterns, implant abutments, and aesthetic restorations. Dry milling is commonly used for materials such as zirconia, PMMA, wax, and some PEEK materials. These materials are often used in dental labs and milling centers for crowns, bridges, temporary restorations, frameworks, and casting patterns. A dental milling vacuum cleaner is usually recommended for dry milling workflows to help collect milling dust. Wet milling is commonly used for glass ceramics and some harder materials that require coolant during processing. Titanium blocks may also require a suitable wet or special milling setup depending on the machine, tool, and application. Before milling glass ceramics or titanium, it is important to confirm machine compatibility, tool selection, and milling strategy. The right material depends on the restoration type, strength requirement, aesthetic demand, and milling workflow. Zirconia is commonly used for crowns and bridges. PMMA is suitable for temporary restorations. Wax is used for casting patterns. Glass ceramics are often used for aesthetic restorations. Titanium blocks are mainly used for implant abutments and implant-related restorations. Yes. Different dental CAD/CAM materials usually require different milling burs, tool shapes, coatings, and milling strategies. For example, zirconia, PMMA, wax, glass ceramics, and titanium may need different burs to achieve stable milling results and protect tool life. Choosing the right milling bur helps improve accuracy, surface quality, and workflow efficiency. Yes. JINY can help check whether a material is suitable for your dental milling machine and workflow. You can send us your milling machine model, material type, restoration application, holder type, and tool requirements. Our team will help confirm compatibility and recommend suitable dental CAD/CAM materials or matching equipment.
السعر عند الطلبShanghai JINYCAD/CAM Co., Ltd
Dental CAD CAM Equipment
Explore JINY dental CAD/CAM milling machines for clinics, dental labs, and milling centers, including dry milling, wet milling, wet-dry milling, and high-production dental workflows. Efficient dry milling solutions for zirconia, PMMA, PEEK, and wax, ideal for reliable daily dental lab production. Versatile wet and dry milling solutions for a wide range of dental materials and flexible laboratory workflows. Precision wet milling solutions for glass ceramics, titanium, abutments, and other demanding dental restorations. M5Z 5-Axis Dry Dental Milling Machine, featuring a compact, compressor-free design for zirconia, PMMA, PEEK, and wax milling, with a built-in camera and dust protection system for efficient production in clinics and small dental labs. JDM5Z 5-Axis Dry Dental Milling Machine is built for stable daily production of zirconia, PMMA, PEEK, and wax, featuring a rigid cast-iron structure, automatic tool changing, and high-speed milling for reliable dental lab production. JDM5Z Pro is a 5-axis dry dental milling machine with a 12-disc automatic changer, designed for continuous zirconia, PMMA, PEEK, and wax production with reduced manual intervention in high-volume dental labs. M5DW 5-Axis Wet & Dry Dental Milling Machine features a compact, compressor-free design for zirconia, glass ceramics, abutments, PMMA, PEEK, and wax, with a built-in camera, integrated water tank, and dust protection system for efficient chairside production. JDM5DW 5-Axis Wet & Dry Dental Milling Machine combines a 21-tool automatic changer and powerful 2.5 kW spindle for machining zirconia, titanium, abutments, glass ceramics, CoCr, PMMA, PEEK, wax, and other dental materials. JDM5Z Robot integrates robotic automation with 5-axis wet and dry milling, enabling automatic material handling, fixture changing, and continuous production for high-efficiency dental laboratories. JDM5DC is a high-performance 5-axis dental milling machine with an automatic disc changer, 1.8 kW spindle, and flexible wet and dry milling capability, designed for continuous high-volume production in dental labs and milling centers. JDM4T is a professional 4-axis wet dental milling machine designed for precision abutment machining, featuring multiple fixture options, a rigid vertical structure, and a powerful 1.8 kW water-cooled spindle for stable production. JDM5 MAX is an industrial-grade 5-axis implant milling machine designed for titanium bridges, bars, custom abutments, and full-arch restorations, supporting 140 × 150 mm titanium plates and a 34-position automatic tool magazine. T52CX is a professional 5-axis turn-mill dental machine designed for direct titanium rod machining, integrating turning and milling to efficiently produce custom, angled, and hybrid abutments with high precision. Dental CAD/CAM equipment refers to digital dental devices used for designing and manufacturing dental restorations. It can include dental milling machines, scanners, CAD/CAM software, vacuum cleaners, sintering furnaces, porcelain furnaces, and related accessories. These devices help clinics, dental labs, and milling centers build a more efficient digital dental workflow. You should choose a dental milling machine based on your workflow, materials, restoration types, production volume, and space. For dry milling materials such as zirconia, PMMA, wax, and PEEK, a dry milling machine may be suitable. For glass ceramics, titanium blocks, premilled abutments, or mixed material workflows, you may need a wet or wet-dry milling machine. Technical support, tool compatibility, and long-term maintenance should also be considered. Dry milling is commonly used for materials such as zirconia, PMMA, wax, and some PEEK materials. It does not use coolant during processing, so a dental milling vacuum cleaner is usually recommended for dust collection. Wet milling uses liquid coolant and is commonly used for glass ceramics, titanium, premilled abutments, and certain materials that require cooling during milling. For zirconia milling, a 5-axis dry dental milling machine is commonly used by dental labs and milling centers. Zirconia is usually processed in a dry milling workflow and then sintered in a zirconia sintering furnace. The best machine depends on your daily case volume, restoration type, accuracy requirements, and whether you also need to process other materials. Titanium blocks usually require a suitable wet or special milling setup with the right spindle power, cooling system, holders, and milling burs. For titanium blocks, premilled abutments, implant restorations, or implant-related workflows, you should confirm machine compatibility before purchasing. JINY can help check whether a specific dental milling machine is suitable for your titanium milling application. A dental lab may need a scanner, CAD/CAM software, dental milling machine, milling burs, dental materials, vacuum cleaner, sintering furnace, porcelain furnace, and finishing tools. The exact setup depends on the lab’s materials, restoration types, and daily production volume. For example, zirconia workflows usually need a dry milling machine, vacuum cleaner, and sintering furnace.
السعر عند الطلبShanghai JINYCAD/CAM Co., Ltd
Dental CAD CAM Milling Solutions for Clinics, Labs and Milling Centers
JINY dental CAD CAM milling solutions are designed for dental clinics, dental laboratories and milling centers that need reliable digital restoration production. Whether you need same-day chairside milling, flexible lab production or high-volume milling center workflows, JINY helps you choose suitable milling machines, materials and technical support for your business. With years of experience in dental CAD CAM technology, JINY provides dental CAD CAM milling solutions that combine reliable milling machines, flexible materials and professional technical support. For dental clinics seeking fast, in-house same-day restorations. For labs that need flexible, accurate and efficient restoration production. JINY dental milling solutions support a wide range of materials, including zirconia, PMMA, wax, PEEK, glass ceramics, titanium , CoCr and etc… From crowns and bridges to veneers, dentures, custom abutments and implant restorations, our material-compatible milling workflow helps clinics, labs and milling centers achieve flexible, accurate and efficient production. With years of experience in dental CAD/CAM technology, JINY provides reliable milling machines, flexible material solutions and professional technical support for clinics, dental labs and milling centers worldwide. From machine selection and workflow setup to training, milling strategies and after-sales service, JINY helps customers build stable, efficient and scalable digital dental production systems. JINY provides dental CAD CAM milling solutions for clinics, dental laboratories and milling centers, including milling machines, materials, workflow configuration and technical support. If you run a dental clinic, the Chairside Milling Solution is suitable for same-day restorations. If you operate a dental lab, the Dental Lab Milling Solution is ideal for flexible restoration production. For high-volume production, the Milling Center Solution is recommended. JINY dental milling solutions can support a wide range of dental materials, including zirconia, PMMA, wax, PEEK, glass ceramics, titanium and CoCr, depending on the selected machine configuration. Yes. JINY offers different dry, wet and wet-dry milling solutions to meet various material and application requirements, from zirconia and PMMA to glass ceramics and titanium. JINY milling workflows can be used to produce crowns, bridges, veneers, inlays, onlays, dentures, custom abutments, implant bridges and other dental restorations. Yes. JINY helps customers build a complete digital workflow from scanning and design to milling, sintering, finishing and final restoration production. Yes. JINY can recommend suitable machine configurations based on your experience, production needs and business size, helping new users start digital dental production more easily. Yes. JINY provides professional support, including machine selection guidance, installation support, operation training, milling strategy assistance and after-sales service.
السعر عند الطلبShanghai JINYCAD/CAM Co., Ltd
YRC-RS600 义齿模型三维扫描仪
双3.0MP镜头矩阵｜双视角同步捕捉，边缘轮廓更清晰 <8μm扫描精度｜精准还原模型细节，更强细节还原能力 <8μm扫描精度｜精准还原模型细节，更强细节还原能力 快速扫描，一次成型 单颌 13s ｜咬合 5s ｜印模 27s 未分割扫描技术 多扫两步，无需补扫，省时省力 分割精扫模式 特征自动强化，细节分毫毕现 99.9%自动匹配精度｜模型与设计数据无缝对接 真彩三维纹理｜牙龈分色、标记线清晰还原 一键直通exocad｜无缝衔接设计全流程
السعر عند الطلبYucera (Shenzhen Yucera Dental Material Co., Ltd.)