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Personalized Automation: FITme's Journey to Increase Productivity by 346% with 3D Printing
技术
- 平台即服务 (PaaS) - 设备管理平台
- 可穿戴设备 - 植入物
适用行业
- 建筑物
- 医疗保健和医院
适用功能
- 产品研发
用例
- 大规模定制
- 时间敏感网络
服务
- 培训
挑战
减少人工设计植入物所花费的工作量和时间
传统的植入物会导致弯曲和移动等副作用，这不可避免地会导致患者的不满。
他们在创建定制鼻植入物方面面临的挑战是，设计符合患者鼻部轮廓不规则、可变形状的鼻植入物的“草图”步骤可能是一项艰巨且重复的任务，即使对于熟练的设计工程师也是如此。另一个大障碍是，新工程师需要长达三个月的时间来接受设计患者植入物的充分培训。此外，培训新工程师的成本很高。
客户
适合我的
关于客户
FITme ，一家韩国公司，专门生产面部重建植入物
解决方案
在很短的时间内实现设计
Materialise 的专家分析和研究了 FITme 在 3-matic* 中开发的工作流程，以构建个性化的解决方案 — 一个自定义插件，可自动化工作流程，同时保留关键的手动设计步骤供设计工程师执行。
该插件名为 FITme Nasal Implant Wizard，简化了设计过程。在设计工程师准备好患者的分段部分后，自定义插件将分段部分（中面、软骨、头骨和气道）作为 3D 模型导入 3-Matic，从而将这些部分合并并变形为单个对象。然后插件开始设置草图，根据工程师的地标指示自动创建基础和中心草图平面。草图然后自动对齐到中间面。工程师仍然可以使用交互式平移/旋转功能灵活地调整草图平面。
运营影响
数量效益
相关案例.
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Case Study
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