The development potential of dental implants is enormous. The core lies in leveraging technological innovation, policy support, and business model innovation to establish a "precise, efficient, and inclusive" dental implant service system. In the future, with the widespread adoption of immediate implant placement technology, the improvement of domestic implant performance, and the in-depth development of underserved markets, dental implants are expected to become one of the fastest-growing segments in the field of oral healthcare.

          Future Trends

Towards "more biomimetic, more precise, and more efficient":

In terms of materials: The exploration of new materials such as nano-composite ceramics and bioactive ceramics is ongoing, with the aim of achieving a better balance between strength and light transmission (simulating the luster of natural teeth).

In terms of digitalization: AI-assisted design and robot processing have become more widespread. Combined with oral scans and big data, "personalized customization + immediate restoration" is achieved.

Advantages: Stable retention, strong chewing force; reduces damage to natural teeth, protects oral tissues; comfortable and aesthetically pleasing; delays alveolar bone resorption.

Development trend: Digital technologies (CAD/CAM, 3D printing) are widely applied, materials are more biologically durable, repairs are more precise and efficient, and combined with intelligent monitoring, the long-term effects are optimized.

       From August 8th to 10th, 2025, Bome Dental Laboratory successfully completed its exhibition in Malaysia. We are very pleased to have had face-to-face exchanges with dental professionals from all over the world, jointly discussing the latest advancements in dental restoration.

       During this exhibition, our high-quality zirconia crowns, all-ceramic veneers, cobalt-chromium alloy dentures, and Valplast elastic tray dentures attracted the attention of many dentists and dental laboratories worldwide. Many attendees highly praised our craftsmanship, material quality, and personalized services, and potential clients expressed a strong interest in future cooperation.

This event not only provided us with valuable industry connections but also enabled us to gain a deeper understanding of the constantly changing market demands.

       We sincerely thank all the friends who visited our booth - your support has driven our continuous innovation! If you missed the opportunity to have a face-to-face conversation with us, please feel free to contact us at any time.

We look forward to working with you and jointly creating a bright future in the field of dental restoration!

       • AI and Big Data Application: By using artificial intelligence algorithms to analyze a large amount of clinical data, the accuracy of orthodontic treatment plans and treatment efficiency can be enhanced. The accuracy rate of predicting the trajectory of tooth movement is constantly improving.

       • Direct 3D Printing Technology Breakthrough: In 2025, direct 3D printing technology for invisible orthodontic appliances will be available. There will be no need to print dental molds, and the appliances can be directly fabricated. This technology offers advantages such as uniform thickness, high fit, and more precise mechanical expression, enabling better control of tooth movement and simplifying the treatment of complex cases.

       • Functional expansion and personalized design: Beyond conventional orthodontic treatment, invisible orthodontic appliances have begun to be applied in various scenarios such as early orthodontic treatment for children and complex cases for adults. They can also be designed more personalized based on the patient's alveolar bone condition and tooth movement patterns.

Advantages of dental 3D printing:

  • High precision: Capable of precisely replicating the oral structure, with error control at the micrometer level

  • Diversity of materials: Biocompatible resins can be used to meet the requirements of various dental applications.

  • Personalized customization: Customizing dental crowns, bridge structures, and other restorations based on individual differences of patients

  • Short production cycle: The time from design to completion is significantly reduced, thereby enhancing the efficiency of diagnosis and treatment.

Industry Impact:

  • Reduced reliance on traditional manual techniques

  • Improved the accuracy and comfort of the restoration.

  • Reduced the waiting time for patients

  • Has promoted the development of digital dental healthcare

Functions and Applicable Scenarios:

•   This is an all-ceramic removable denture that achieves excellent marginal sealing by utilizing the physiological structure of the oral cavity.

•   Suitable for patients with complete tooth loss, it can provide better chewing function and stability

•    The adsorption design helps to prevent the dentures from loosening during chewing or speaking.

     The plastic dentures embody the advanced technology of modern denture fabrication. They not only focus on functional restoration but also take into account aesthetic effects. They are one of the ideal restoration solutions for patients with complete tooth loss.

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