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Achieve unparalleled precision in your restorations with our premium implant Analogues. Engineered for performance and reliability, our Analogues meet the highest industry standards for both digital and traditional workflows. Review the detailed specifications below to find the perfect fit for your laboratory's needs.
| Feature | Specification Details |
|---|---|
| Material | High-strength, biocompatible Grade 5 Titanium |
| System Compatibility | Dentium, Straumann, and other major implant systems |
| Available Diameters | 3.5mm, 4.5mm (Regular), 5.5mm (Wide) |
| Color | Silver |
| Medical Device Classification | Class I and Class II |
| Quality Certifications | CE, ISO |
| Shelf Life | Up to 2 Years |
| Operation Type | Manual |
| Place of Origin | Guangdong, China |
| Minimum Order Quantity | 1 Piece |
| OEM/ODM | Accepted |
Our dental implant Analogues are engineered for superior accuracy and reliability in your lab. Designed for seamless integration into digital and traditional workflows, these components ensure precise replication of implant positions for flawless prosthetic outcomes. Trust our Analogues to enhance your efficiency and elevate the quality of your restorations.
| Feature | Description |
|---|---|
| Exceptional Durability | Machined from medical-grade 5 Titanium, our Analogues provide exceptional strength and biocompatibility for long-term, reliable performance in the lab. |
| High-Precision Fit | Meticulously engineered to offer a precise fit with a comprehensive range of major implant systems, ensuring accurate transfer of implant position and orientation. |
| Verified Quality | Fully CE and ISO certified as Class I & II medical devices, our products meet stringent international quality and safety standards for your complete confidence. |
| Workflow Versatility | Ideal for creating accurate master models in any dental lab or clinic. Our Analogues are optimized for both 3D-printed and traditional stone models. |
| Flexible & Accessible | We support labs of all sizes with a low MOQ of just one piece and offer full OEM services to meet your custom specifications. |
| Comprehensive Warranty | Backed by a comprehensive warranty of up to 2 years and a reliable return and exchange policy for your peace of mind. |
Our implant Analogues are engineered to enhance any restorative workflow. Integrate these precision components into your daily operations for reliable, consistent, and high-quality results across a variety of medical and dental applications.
Accurate Master Model Fabrication: Utilize our Analogues to create highly precise working models in your dental lab. They expertly replicate implant position and orientation, providing a stable foundation for fabricating crowns, bridges, and abutments.
Streamlined Clinical & Lab Workflows: Ideal for both dental clinic and laboratory settings, our components support seamless collaboration. Use them for creating verification jigs and planning for complex medical-surgical cases.
In-Lab Prototyping and Fitting: Perfect your restorations by using our Analogues to build exact in-lab prototypes. This allows for pre-fabrication testing of fit and function, saving valuable time and reducing material waste and remakes.
Support for Diverse Prosthetic Solutions: From single-unit restorations to complex multi-unit and full-arch cases, our implant Analogues provide the dependable performance required for a broad spectrum of prosthetic solutions, ensuring excellent outcomes.
Q: Can I order custom Analogues based on my lab's specific requirements? A: Yes. As a professional manufacturer with over 10 years of clinical and laboratory experience, we specialize in OEM and ODM orders. We can create high-precision implant Analogues tailored to your exact specifications using our advanced, imported manufacturing equipment.
Q: What after-sales support do you offer for your products? A: We stand behind our products with excellent after-sales service. We offer a comprehensive return and exchange policy and a product warranty of up to two years to ensure you are completely satisfied with your purchase. Our commitment is to support your lab's success with reliable products and services.
Q: Besides Analogues, can you help source other dental lab products? A: Absolutely. While we are a factory specializing in implant components, we can also act as a trading partner to help our clients find other high-quality, affordable dental products, such as Zirconia blocks or porcelain powder. Our goal is to provide the best and most comprehensive service to our customers.
Analogues are usually made of titanium alloys or other materials with good biocompatibility, which can be implanted into the jawbone to replace the root of a missing tooth. After fusion with bone tissue, they form a stable foundation to support the upper crown or denture. Analogues are often used in plaster models or 3D printed models to accurately transfer information such as the position, angle, and depth of implants in the patient's mouth to the model, making it easier for technicians to create personalized restorations based on their simulated conditions.
Achieve unparalleled precision in your restorations with our premium implant Analogues. Engineered for performance and reliability, our Analogues meet the highest industry standards for both digital and traditional workflows. Review the detailed specifications below to find the perfect fit for your laboratory's needs.
| Feature | Specification Details |
|---|---|
| Material | High-strength, biocompatible Grade 5 Titanium |
| System Compatibility | Dentium, Straumann, and other major implant systems |
| Available Diameters | 3.5mm, 4.5mm (Regular), 5.5mm (Wide) |
| Color | Silver |
| Medical Device Classification | Class I and Class II |
| Quality Certifications | CE, ISO |
| Shelf Life | Up to 2 Years |
| Operation Type | Manual |
| Place of Origin | Guangdong, China |
| Minimum Order Quantity | 1 Piece |
| OEM/ODM | Accepted |
Our dental implant Analogues are engineered for superior accuracy and reliability in your lab. Designed for seamless integration into digital and traditional workflows, these components ensure precise replication of implant positions for flawless prosthetic outcomes. Trust our Analogues to enhance your efficiency and elevate the quality of your restorations.
| Feature | Description |
|---|---|
| Exceptional Durability | Machined from medical-grade 5 Titanium, our Analogues provide exceptional strength and biocompatibility for long-term, reliable performance in the lab. |
| High-Precision Fit | Meticulously engineered to offer a precise fit with a comprehensive range of major implant systems, ensuring accurate transfer of implant position and orientation. |
| Verified Quality | Fully CE and ISO certified as Class I & II medical devices, our products meet stringent international quality and safety standards for your complete confidence. |
| Workflow Versatility | Ideal for creating accurate master models in any dental lab or clinic. Our Analogues are optimized for both 3D-printed and traditional stone models. |
| Flexible & Accessible | We support labs of all sizes with a low MOQ of just one piece and offer full OEM services to meet your custom specifications. |
| Comprehensive Warranty | Backed by a comprehensive warranty of up to 2 years and a reliable return and exchange policy for your peace of mind. |
Our implant Analogues are engineered to enhance any restorative workflow. Integrate these precision components into your daily operations for reliable, consistent, and high-quality results across a variety of medical and dental applications.
Accurate Master Model Fabrication: Utilize our Analogues to create highly precise working models in your dental lab. They expertly replicate implant position and orientation, providing a stable foundation for fabricating crowns, bridges, and abutments.
Streamlined Clinical & Lab Workflows: Ideal for both dental clinic and laboratory settings, our components support seamless collaboration. Use them for creating verification jigs and planning for complex medical-surgical cases.
In-Lab Prototyping and Fitting: Perfect your restorations by using our Analogues to build exact in-lab prototypes. This allows for pre-fabrication testing of fit and function, saving valuable time and reducing material waste and remakes.
Support for Diverse Prosthetic Solutions: From single-unit restorations to complex multi-unit and full-arch cases, our implant Analogues provide the dependable performance required for a broad spectrum of prosthetic solutions, ensuring excellent outcomes.
Q: Can I order custom Analogues based on my lab's specific requirements? A: Yes. As a professional manufacturer with over 10 years of clinical and laboratory experience, we specialize in OEM and ODM orders. We can create high-precision implant Analogues tailored to your exact specifications using our advanced, imported manufacturing equipment.
Q: What after-sales support do you offer for your products? A: We stand behind our products with excellent after-sales service. We offer a comprehensive return and exchange policy and a product warranty of up to two years to ensure you are completely satisfied with your purchase. Our commitment is to support your lab's success with reliable products and services.
Q: Besides Analogues, can you help source other dental lab products? A: Absolutely. While we are a factory specializing in implant components, we can also act as a trading partner to help our clients find other high-quality, affordable dental products, such as Zirconia blocks or porcelain powder. Our goal is to provide the best and most comprehensive service to our customers.
Analogues are usually made of titanium alloys or other materials with good biocompatibility, which can be implanted into the jawbone to replace the root of a missing tooth. After fusion with bone tissue, they form a stable foundation to support the upper crown or denture. Analogues are often used in plaster models or 3D printed models to accurately transfer information such as the position, angle, and depth of implants in the patient's mouth to the model, making it easier for technicians to create personalized restorations based on their simulated conditions.
