Standard Dental Lab Co., Limited
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About Us
Your Reliable Outsourcing Partner
Standard Dental Lab has committed itself to improving the quality of products, we only use CE-marked of FDA-approved materials.One of your best choices in dental manufacturer in China.
Standard Dental Lab is a full service dental laboratory in Shenzhen, China. We are specialized in complicated products: porcelains, fixed restorations, removable restorations, implants and orthodontics. Our main goal is to continuously meet all the needs of customers and make them satisfied and happy. We have superior materials, experienced technicians and meticulous pre-sales and after-sales service. We have been committed to improving the quality of our products, which is why our customers will trust us and continue to cooperate with us.
With more than 7 years＇development, Standard Dental Lab, one of the most competitive dental manufactures in China, have total manufacturing facilities of around 2,000 square meters, with 100＋employees.
Standard Dental Lab has committed itself to improving the quality of products, we only use CE-marked of FDA-approved materials.
| Company Name: | Standard Dental Lab Co., Limited |
| Business Type: | Manufacturer,Exporter |
| Brands: | SDL dental lab |
| Employee Number: | 100~130 |
| Year Established: | 2016 |
| Total Sales Annual: | 1000000-1500000 |
| Company Location: | 5/F , Building B, KeShangMei Science and Technology Park Fuhai street, Bao’an District Shenzhen City, China/518103 |
| Factory Location: | 5/F , Building B, KeShangMei Science and Technology Park Fuhai street, Bao’an District Shenzhen City, China/518103 |
| Company slogan: | Your Reliable Outsourcing Partner Our materials are imported and have passed CE certification, |
| OEM Overview: | Dental laboratory production equipment refers to the various tools and machines used in a dental laboratory to fabricate dental restorations and appliances. Here are some common types of equipment found in a dental laboratory: Dental Scanners: These devices are used to capture digital impressions of patients' teeth and oral structures. Intraoral scanners are used to directly scan the patient's mouth, while desktop scanners are used to digitize physical models. CAD/CAM Systems: Computer-aided design and computer-aided manufacturing (CAD/CAM) systems are used to design and fabricate dental restorations digitally. These systems consist of software programs that allow dental technicians to design restorations on a computer, and milling machines or 3D printers that produce the physical restorations. Milling Machines: Dental milling machines are used to carve or mill dental restorations from blocks of materials such as ceramics, zirconia, or metal. They use computerized instructions from CAD/CAM software to precisely shape the restorations. 3D Printers: Dental 3D printers use additive manufacturing technology to create dental models, surgical guides, splints, and other dental appliances. These printers build the objects layer by layer using liquid resins or powdered materials. Waxing and Modeling Tools: Various hand tools and instruments are used for waxing and modeling dental restorations. These tools include waxing spatulas, carving instruments, wax pencils, and articulators for mounting models. Casting Machines: Dental casting machines are used to melt and cast metal alloys into the desired shapes for dental restorations. They include a furnace for heating the metal and a casting chamber for pouring the molten metal into molds. Porcelain Ovens: Porcelain ovens are used to fire and bake ceramic or porcelain materials used in dental restorations. These ovens provide controlled heating and cooling cycles to ensure proper firing of the ceramic and achieve the desired aesthetics and strength. Vacuum Forming Machines: Vacuum forming machines are used to create clear or thermoformed dental appliances such as mouthguards, bleaching trays, and temporary splints. These machines use heat and suction to shape a thermoplastic material over a model or template. Polishing and Finishing Equipment: Polishing and finishing equipment includes various tools and machines used to refine the surface of dental restorations. This may include polishing wheels, burs, sandblasters, and polishing pastes. Sterilization Equipment: Dental laboratories also require equipment for sterilization to ensure the cleanliness and safety of the restorations. Autoclaves, ultrasonic cleaners, and disinfection units are commonly used for this purpose. It's important to note that the specific equipment used in a dental laboratory can vary depending on the laboratory's size, specialization, and technological capabilities. Advanced laboratories may invest in more sophisticated equipment, such as laser scanners, 3D printers with multiple materials, or advanced milling machines, to enhance their production capabilities and efficiency.
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| Production Line: | About Us Standard Dental Lab is a full service dental laboratory in Shenzhen, China. We are specialized in complicated products: zirconia crowns and bridges, veneers, PFMs, E-max crowns, dental implants, precision attachment cases, orthodontics, full and partial dentures, flexible partials, frameworks, and so on. Our main goal is to continuously meet all the needs of customers and make them satisfied and happy. We have superior materials, experienced technicians and meticulous pre-sales and after-sales service. We have been committed to improving the quality of our products, which is why our customers will trust us and continue to cooperate with us.
A dental laboratory production line refers to the process and equipment used in a dental laboratory to fabricate various dental restorations and appliances. These restorations include crowns, bridges, dentures, orthodontic appliances, and other dental prosthetics that are custom-made for patients. The production line in a dental laboratory typically involves several stages, each performed by specialized technicians or machines. Here is a general overview of the steps involved in a dental laboratory production line: 1，Case Receiving: The dental laboratory receives cases from dentists or dental clinics, along with the necessary prescriptions and patient records. The cases are logged into the system for tracking and organization. 2，Model Fabrication: The dental laboratory technicians use dental impressions sent by the dentist to create stone or digital models of the patient's teeth. These models serve as a precise replica of the patient's oral anatomy., 3，Waxing and Articulation: In this stage, the dental technician uses the models to create wax patterns that mimic the shape and size of the desired dental restoration. The wax patterns are then mounted on an articulator, which simulates the patient's jaw movement. 4，Casting or CAD/CAM Scanning: Depending on the laboratory's workflow, the wax patterns may be cast into metal using a casting process, or they may be scanned using a computer-aided design and computer-aided manufacturing (CAD/CAM) system. CAD/CAM systems use digital scanners to capture the shape of the wax patterns and then mill the restorations from blocks of ceramic or other materials. 5，Framework Construction: If the restoration involves a metal substructure, such as for a crown or bridge, the dental technician constructs the framework using a combination of casting, laser welding, or CAD/CAM milling. This framework provides the support for the final restoration. 6，Ceramic Layering or Milling: For restorations requiring a ceramic or porcelain outer layer, the dental technician applies layers of ceramic material onto the framework. Alternatively, if the restoration is fully CAD/CAM milled, this step is skipped. 7，Staining, Glazing, and Finishing: The ceramic layer is stained and glazed to match the natural appearance of the patient's teeth. The restoration is then refined and polished to achieve a smooth and aesthetically pleasing surface. 8，Quality Control: Each restoration undergoes thorough inspection to ensure it meets the required standards of fit, function, and aesthetics. This step involves checking the restoration against the original prescription, performing measurements, and making any necessary adjustments. 9，Delivery and Case Management: The completed restorations are packaged and delivered back to the dentist or dental clinic. The dental laboratory keeps records of each case for reference and future communication with the dentist.
It's important to note that the specific processes and equipment may vary depending on the dental laboratory's capabilities, technology, and specialization. Advanced dental laboratories may employ digital workflows, such as intraoral scanning, 3D printing, or milling, which can streamline and accelerate certain steps in the production line.
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| R&D: |
Research and development (R&D) is crucial for a denture processing factory to stay competitive, innovate, and improve the quality of its products. Here are some key considerations for R&D in a denture processing factory: 1,Identify customer needs: Conduct market research and gather feedback from dental professionals and end-users to understand their needs, preferences, and pain points related to dentures. This information will guide your R&D efforts and help you develop products that meet customer expectations. 2,Stay updated with industry trends: Stay abreast of the latest trends, advancements, and technologies in denture processing. Attend dental conferences, participate in industry forums, and engage with dental associations to gain insights into emerging techniques, materials, and processes. 3,Collaborate with dental professionals: Form partnerships with dental professionals, including prosthodontists, dentists, and dental technicians. Collaborate with them to understand their challenges, seek their expertise, and gather valuable input for product development and improvement. 4,Invest in research facilities and equipment: Allocate resources for dedicated R&D facilities, equipped with state-of-the-art equipment and technologies. This will enable your team to conduct experiments, test new materials, and refine denture processing techniques. 5,Develop a skilled R&D team: Hire skilled researchers, dental technicians, and engineers who specialize in denture processing. Ensure they have the necessary knowledge and expertise to contribute to innovation and product development. Encourage continuing education and provide opportunities for professional development to keep the team updated with the latest advancements. 6,Focus on material research: Invest in research related to denture materials, such as acrylics, composites, and metals. Explore new materials that offer improved aesthetics, durability, and biocompatibility. Conduct tests and trials to evaluate the performance, longevity, and patient satisfaction of different materials. 7,Embrace digital dentistry: Explore digital dentistry technologies, such as computer-aided design and computer-aided manufacturing (CAD/CAM) systems, intraoral scanners, and 3D printing. These technologies can streamline the denture fabrication process, enhance accuracy, and improve efficiency. 8,Enhance manufacturing processes: Continuously evaluate and optimize the manufacturing processes within your denture processing factory. Look for opportunities to improve efficiency, reduce waste, and enhance quality control. Implement lean manufacturing principles and embrace automation where feasible. 9,Conduct clinical trials: Collaborate with dental professionals to conduct clinical trials of new denture products and materials. Collect data on patient satisfaction, fit, comfort, and durability to validate the effectiveness of your innovations. Use the feedback received to refine your products further. 10,Protect intellectual property: As you develop new denture processing techniques, materials, or technologies, ensure that you protect your intellectual property through patents, copyrights, or trademarks. This will safeguard your innovations and provide a competitive advantage in the market.
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| Our Team: | With more than 7 years＇development, Standard Dental Lab, one of the most competitive dental manufactures in China, have total manufacturing facilities of around 2,000 square meters, with 100＋employees. Standard Dental Lab has committed itself to improving the quality of products, we only use CE-marked of FDA-approved materials. We regard brand as enterprise spirit, quality as the basis and service as the guarantee. Keeping the stable quality and credibility to make the better products to all clients is our mission. Follow up pace with time, Standard Dental Lab never stops improving the quality and we will always on the way.
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| History: | 2016: In 2016, Standard Dental Lab Co. ,Ltd established in Longgang District, Shenzhen, Guangdong province. 2019: Due to the expansion of production capacity, our company moved to Baoan District, Shenzhen, Guangdong province. 2021: In this year, we applied 3D printing technology to product production more widely. 2022: We introduced the most advanced foreign equipment in the industry, which greatly improved the efficiency and quality of production. 2023: Our company covers an area of 2,000 square meters, and our employees have exceeded 100.
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| Service: | Standard Dental Lab is a full service dental laboratory in Shenzhen, China. We are specialized in complicated products: zirconia crowns and bridges, veneers, PFMs, E-max crowns, dental implants, precision attachment cases, orthodontics, full and partial dentures, flexible partials, frameworks, and so on. Our main goal is to continuously meet all the needs of customers and make them satisfied and happy. We have superior materials, experienced technicians and meticulous pre-sales and after-sales service. We have been committed to improving the quality of our products, which is why our customers will trust us and continue to cooperate with us.
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| Market name: | North America,South America,Western Europe,Eastern Europe,Eastern Asia,Southeast Asia,Middle East,Africa,Oceania,Worldwide |
| Contact Person: | Jenny He |
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