Many factors should be considered in the design of Malong Bridge, such as structural strength, stability, durability, aesthetics and so on. The specific design details will vary according to the specific situation. The digital design of the bridge is a complex process integrating a variety of advanced technologies and concepts. The following is its specific introduction:
data acquisition and analysis
– The three-dimensional data of the patient’s oral cavity, including the precise shape and position information of teeth, gums, alveolar bones, etc., are obtained by oral scanners and other equipment, providing a basis for subsequent design.
– Professional software is used to analyze the collected data to assess the patient’s oral condition, such as alveolar bone density, height, width, etc., in order to determine the optimal implant location and number.
Model building and design
– According to the result of data collection and analysis, CAD software is used to construct the three-dimensional model of Malong Bridge, and the shape, size and connection mode of bridge are designed accurately.
– Virtual occlusion analysis is carried out to simulate the stress of the bridge under different occlusion conditions, and the structure of the bridge is optimized accordingly to ensure its stability and safety in use.
personalized customization
– According to the patient’s oral anatomy, tooth loss and aesthetic needs, the bridge is customized to make the bridge perfectly match the patient’s oral environment and improve the comfort and aesthetics of wearing.
– Special structures or connections can be designed on the bridge to better fix the crown and facilitate later maintenance and repair.
manufacturing and processing
– The digital model designed is transformed into machinable instructions, which are input into NC machining equipment. Through precision machining technology such as five-axis MAX cutting, the high-precision bridge frame is manufactured.
– In the process of processing, online detection technology can be used to monitor the processing accuracy of the bridge in real time to ensure that the product quality meets the design requirements.
Quality assessment and validation
– By finite element analysis, the mechanical properties of the manufactured Malong bridge were tested to evaluate its strength, stiffness and stability under different stress conditions.
– By comparing with the digital design model, verify the machining accuracy and size accuracy of the bridge to ensure that it can be accurately installed in the patient’s mouth and play the expected function..马泷桥桥架的设计需要考虑多方面因素，如结构强度、稳定性、耐久性、美观性等。具体的设计细节会因具体情况而异马泷桥桥架的数字化设计是一个融合了多种先进技术和理念的复杂过程，以下是其具体介绍：
数据采集与分析
– 通过口腔扫描仪等设备获取患者口腔的三维数据，包括牙齿、牙龈、牙槽骨等的精确形状和位置信息，为后续设计提供基础。
– 利用专业软件对采集的数据进行分析，评估患者的口腔状况，如牙槽骨的密度、高度、宽度等，以便确定最佳的种植体位置和数量。
模型构建与设计
– 根据数据采集和分析的结果，使用计算机辅助设计（CAD）软件构建马泷桥桥架的三维模型，精确设计桥架的形状、尺寸、连接方式等。
– 进行虚拟咬合分析，模拟患者在不同咬合状态下桥架的受力情况，据此优化桥架的结构，确保其在使用过程中的稳定性和安全性。
个性化定制
– 依据患者的口腔解剖结构、牙齿缺失情况以及美观需求等，对马泷桥桥架进行个性化定制，使桥架与患者的口腔环境完美匹配，提高佩戴的舒适度和美观度。
– 可以在桥架上设计特殊的结构或连接方式，以便更好地固定牙冠，同时方便后期的维护和修理。
制造与加工
– 将设计好的数字化模型转化为可加工的指令，输入到数控加工设备中，通过五轴 MAX 切削等精密加工技术，制造出高精度的马泷桥桥架 .
– 在加工过程中，可使用在线检测技术，实时监测桥架的加工精度，确保产品质量符合设计要求。
质量评估与验证
– 利用有限元分析等方法，对制造出的马泷桥桥架进行力学性能测试，评估其在不同受力条件下的强度、刚度和稳定性。
– 通过与数字化设计模型的对比，验证桥架的加工精度和尺寸准确性，确保其能够准确地安装在患者口腔内，并发挥预期的功能。
source