Shenzhen Lucky Dental Laboratory Co., Ltd. is one of the leading manufacturers and suppliers of 3d print aesthetic dental all porcelain ips emax bridge in China. With abundant experience, we warmly welcome you to buy discount 3d print aesthetic dental all porcelain ips emax bridge from our factory. We also accept customized orders.
Products Description
3D Print Aesthetic Dental All Porcelain IPS Emax Bridge
The Dental All Porcelain IPS e.max Bridge is a premium aesthetic prosthetic solution crafted from lithium disilicate ceramic, renowned for its translucency and natural tooth mimicry. It offers precise fit and exceptional fracture resistance (up to 400 MPa), ideal for single or multiple missing teeth. Its layered porcelain structure replicates natural enamel-dentin transitions, ensuring seamless color matching and light refraction. Biocompatible and metal-free, it eliminates gum discoloration risks while supporting healthy peri-implant tissue. Suitable for anterior and posterior restorations, the bridge undergoes high-temperature press processing to enhance wear resistance. With minimal tooth reduction and customizable occlusal surfaces, it balances esthetics with functional durability, making it a top choice for patients prioritizing natural-looking, long-term dental restorations.
Product Details
|
Manufacturer |
Lucky Dental Lab |
|
Quality |
Great |
|
Customer service |
Professional |
|
Shipping Carrier |
UPS, FedEx, DHL, etc. |
|
Guarantee |
5 years |
|
turnaround time |
3 days in lab |
Picture

FAQ
How is the Dental All Porcelain IPS e.max Bridge fabricated?
The fabrication of the Dental All Porcelain IPS e.max Bridge is a precise, technology-driven process. It starts with intraoral scanning to create a digital model, followed by CAD design for the bridge framework, ensuring proper fit and aesthetics. The bridge is milled from a lithium disilicate ceramic block via CAM technology, with complex cases possibly undergoing hot-pressing at 820–840°C to enhance density. The framework then receives surface treatment like etching and silanization, before aesthetic porcelain layers are applied to mimic natural teeth. After sintering to fuse the layers, the bridge is finished and polished for smooth margins and occlusal comfort. Finally, it undergoes radiographic and visual inspection, plus a clinical try-in, to ensure durability, biocompatibility, and natural aesthetics.

