Items tagged with 电气设计

Bringing a robot bartender to market 2.5 times faster by eliminating design inconsistencies and streamlining development
CHALLENGES Design and prototype a fully autonomous robotic bartender called Yanu Eliminate design inconsistencies between designers and engineers KEYS TO SUCCESS Use a single platform for product development data Balance robotic innovation and function…

PCB 设计:协同的好处
PCB 设计 随着“智能”和互联产品的结构日趋复杂,在为内含机械设备和电子控制系统(装有一块或多块印制电路板)的产品创建模型时,可能面临巨大挑战。工程师应如何管理这种复杂性,同时满足上市截止时间要求、控制预期成本、确保产品一次性达到预期效果?设计团队应如何增强电气计算机辅助设计 (ECAD) 和机械计算机辅助设计 (MCAD) 之间的集成能力,从而减少成本高昂的返工? 通过团队协同,即在布局阶段就考虑机械要求,并确保电气和机械流程之间保持高效沟通,就可以避免耗时费力、代价高昂的后期更改。 阅读本电子…
机电设计,与初衷同符合契
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建造划艇。 草绘、突起、装配、同步编辑和三维打印。
Click Here to Download the Tutorial Files Solid Edge for Students With Solid Edge, students have access to a free version of the same easy-to-use software suite used by professionals. In addition to free software, we provide tutorials, webinars, online…

协同和全面的解决电气系统的变化
改进协同在当前产品中是至关重要的。下载免费电子书可了解到您如何决定电气系统的更改。
改善机电设计协同
Learn how to improve electromechanical design collaboration without extra meetings. Apply intelligent design methodology, and allow engineers to innovate.

3D increases design efficiency for water treatment system supplier
ProMinent Slovensko transforms from component supplier to complete water systems provider with Solid Edge.
Solid Edge 电气管线布置

Solid Edge 2019 的布线和线束设计

电气管线布置

直观设计的新发展
