Case Studies

Applied to core structural parts of humanoid robots with complex curved surfaces and high-precision assembly requirements. High-consistency manufacturing is realized via 5-axis machining and multi-positioning.

应用于机器狗核心运动系统，对动态响应与结构精度要求极高，通过精密加工与一致性控制，保障运动稳定性。

用于工业机器人核心关节结构件，需兼顾强度与精度，通过多轴CNC加工实现复杂结构一体成型，确保长期运行稳定性。

This project involves machining aluminum alloy structural components with multi-sided processing and dimensional fitting requirements, demanding high overall precision and surface quality. Tool paths and clamping methods are optimized to stabilize the machining process and meet customer assembly requirements.

该零件结构复杂，内部多腔体设计，对刀具路径及加工稳定性要求较高。通过多工序分步加工与过程控制，有效避免变形与误差叠加问题，保证最终精度。

针对客户小批量需求，通过合理排产与工艺优化，实现快速响应与稳定加工。在保证精度的前提下，提高整体加工效率，满足客户紧急交付需求。