步骤1:上传CAD模型→获取可制造性分析报告24小时 How it w工作人员: C客户upload 3D CAD m模型t通过LS online p平台or API i接口(s支持mainstream f格式s这样as STEP、 IGES、 and SolidW工作人员). C核心V数值: Quick r响应: G生成a "m可制造性a分析report"其中24 小时我们的to i识别d设计d效果(s这样as u甚至w全部t厚度, m加工d头ends)和nd o优化建议。 R磁盘a版本: R减少他部分试用第二次错误t通过DFM (D设计f或M制造分析a和e确保t他他设计meets他l限制 of 5-axis CNC m加工(e.g.,m最小t工具a可访问性of 0。3mm)。 Case S支持: A之后我医疗c客户u加载a harmonic drive f灵活w鞋跟 model, t他 report p指向其其内部和反射器 groove design led to the risk of tool interference, and the adjusted machining efficiency was increased by 40%.
STEP 2: Select a pre-certified material library or custom alloy formulation (with biocompatibility certificate)
Material Options: Pre-certified material library: covers ISO 13485/FDA 21 CFR 820 certified titanium alloys (e.g. Ti-6Al-4V ELI), medical stainless steels (17-4PH), etc., with full batch traceability records. Customized alloy formulation: For special needs, we provide customized material composition (such as adding antimicrobial elements) and biocompatibility testing (ISO 10993 certification), and the cycle time is shortened to 15 days. Industry Advantages: Compliance assurance: The material certificate is directly used for the registration and declaration of medical devices to avoid third-party testing delays. Performance matching: For example, the rigid wheel material customized for the da Vinci robot has increased wear resistance by 300% and joint efficiency by more than 92%.
STEP 3: Digital Twin Trial Machining → Virtual verification of 2000 load cycles
Technical implementation: A digital twin was built based on the customer's CAD model, and the 5-axis CNC machining process was simulated using software such as Simufact Additive/Vericut, and ANSYS mechanical analysis was overlayed. Verification content: Machining feasibility: detection of toolpath collisions, cutting force fluctuations (error <5%). Performance reliability: Simulate 2000 load cycles (equivalent to 5 years of clinical use) to predict fatigue life and failure modes. Benefits for you: Zero physical trial and error: The bearing seat of a surgical robot passed the virtual verification and found that the hidden stress concentration point was found to avoid the scrapping of the 500,000 yuan mold caused by direct processing. Cost savings: Validation cycle time reduced from 45 days to 72 hours, and R&D efficiency increased by 85%.
Why choose LS Customized Service?
Full-link compliance: From material certification to process validation, the whole process meets the requirements of medical device regulations. Closed-loop technology: core technologies such as dynamic compensation and nano-polishing ensure "surgical-grade" accuracy (such as flexible gear tooth shape error ±0.0015mm). Rapid iteration: Digital twin technology supports a 72-hour design-verification-optimization cycle to accelerate time-to-market. Act now: Upload your CAD model, start the journey of risk-free customization, and get the exclusive solution within 24 hours!
摘要
LS's CNC machining technology, with its high precision, high efficiency and customized services, provides a strong guarantee for the manufacturing of robotic surgical parts. Through LS's machining services, robotic surgical systems can get rid of the trouble of component failure and improve the success rate and safety of surgery. In the future development, LS will continue to play its technological advantages, provide excellent CNC machining solutions for more medical fields, and promote the progress and development of medical technology.