Dentistry Solutions
3D打印技术在齿科领域的应用，已经成为推动牙科创新的重要力量。该技术以其独特的优势，为齿科治疗带来了前所未有的变革。3D打印技术为齿科治疗提供了更高的制造精度和生产效率。通过精确的3D模型设计和打印，可以制作出与患者口腔结构完美匹配的齿科产品，如义齿、牙冠等。这不仅提高了患者的舒适度，还大大缩短了治疗周期，降低了成本。3D打印技术实现了齿科治疗的个性化定制。根据患者的具体需求和口腔状况，可以定制出最适合患者的齿科产品。这种个性化的治疗方式，大大提高了治疗效果和患者的满意度。3D打印技术还简化了齿科治疗的工作流程和生产程序。通过数字化设计和打印，可以减少传统手工制作中的复杂步骤和修正过程，使治疗过程更加高效和便捷。
Shorten the development cycle and reduce R&D costs
Complex structure integrated molding, efficient mass production
Digital production reduces product defect rate, high product precision and stable quality
Can be customized according to needs, more free design
Structural optimization design takes into account product performance while achieving part weight reduction
Higher material utilization, less waste and sustainable development
钴铬合金瓷牙:不含对人体有害的镍等元素，安全可 靠，性能稳定。用来做比较长的烤瓷桥不易变形。
通过获取患者的口腔扫描数据，利用3D打印技术可以精确制作定制化的义齿。这些义齿不仅与患者的口腔结构完美匹配，提高了舒适度，而且制作周期短，降低了成本。
利用3D打印技术，可以根据患者的牙齿数据制作出精确的修复模型。这些模型可以帮助医生更好地了解患者的牙齿情况，制定更合适的治疗方案。
3D打印技术也可以应用于正畸治疗领域。通过打印间接粘结托槽用的托盘，提高了正畸治疗的精确性和效率。同时，3D打印的隐形矫正模型能够根据患者的具体情况进行个性化设计，使矫正过程更加舒适和有效。
通过光学扫描仪扫描牙列缺损工作模型获得数字化模型，计算机软件设计可摘局部义齿支架后通过3D打印技术制作树脂铸型，最终通过常规包埋铸造完成修复体，制作完成的修复体外观完整，临床应用效果良好。
采用“图像数字化采集重构、CAD/CAM 专业设计、标准化3D打印制造、规范化种植治疗”等技术系统集成，最终达到可在术前通过电脑看到术后的效果，减少了医师的工作负荷，提高诊疗“安全性”，在数字化资源共享下，实现“经济化”诊疗。
3D打印技术在手术导板上的应用使其能够轻松应对复杂多样的设计及患者个性化的医疗需求，进而让医疗更具针对性！
齿科作为医疗行业的重要领域一直倍受关注，在口腔治疗过程中，3D技术的应用可谓是功不可没。无论是导板、临时牙冠，还是正畸等各类口腔器具的打印应用均毫无压力，以更精准高效的形式为患者打造出更具贴合性的个性化诊治使3D打印技术成为了口腔行业的一大“团宠”！
1. Adjustable parameters: Parameters can be adjusted according to the actual needs of customers to achieve the best printing effect. 2. Joint research and development: Jointly develop the application of various new materials with customers, and customize the best product full set of solutions. 3. High printing accuracy and good stability: Precision parts are imported products,
1. Scanning and forming can be performed by manipulating the magnetic deflection coil, without mechanical inertia. 2. The vacuum environment of the electron beam can also prevent the metal powder from being oxidized during liquid phase sintering or melting. 3. Laser deflection requires a galvanometer and a cooling system, and the focal length is difficult to change quickly. The electron beam deflection and focusing control is faster and more precise.
★ Laser printing retains the metal raw materials, no pollution, no impurities. ★ Uniform structure, retains the physical and chemical properties of the raw materials, no hidden dangers of cytotoxicity. ★ Good combination of gold and porcelain, not easy to collapse porcelain★ Especially for dental implant restorations with large amounts of gold, no deformation. ★ No high-temperature casting shrinkage, no need for segmented welding
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