Laser Engineer

1. Lead the R&D of laser processing solutions for complex flexible materials (e.g., PET, PI, Ultra-thin Glass, Adhesives).

主导针对复杂柔性材料（如PET、聚酰亚胺PI、超薄玻璃、胶材）的激光加工方案研发。

1. Evaluate and select laser sources (CO2, UV nanosecond, Picosecond/Femtosecond) based on material properties and customer requirements.

根据材料特性和客户需求，评估并选型激光器（CO2、紫外纳秒、皮秒/飞秒）。

1. Define optical paths, galvo systems, and fixture designs for new projects.

为新项目定义光路、振镜系统及夹具设计。

1. Optimize laser parameters (pulse energy, repetition rate, overlap, scanning strategies) to achieve micron-level precision and clean edges (Haze-free, Carbonization-free).

优化激光参数（脉冲能量、频率、重叠率、扫描策略），以实现微米级精度和洁净切面（无雾状、无碳化）。

1. Resolve complex processing defects such as edge burrs, thermal effects, and delamination.

解决边缘毛刺、热效应、分层等复杂加工缺陷。

1. Establish SOPs (Standard Operating Procedures) and conduct DOEs (Design of Experiments) to validate process windows.

建立标准作业程序（SOP），并通过实验设计（DOE）验证工艺窗口。

1. Spearhead the procurement and specification definition for new UV Ultrafast laser equipment.

主导新型紫外超快激光设备的采购与技术规格定义。

1. Collaborate with mechanical engineers to integrate laser systems into automated production lines.

与机械工程师合作，将激光系统集成至自动化产线。

1. Act as the primary technical liaison between the US headquarters and China operations.

担任美国总部与中国运营团队之间的主要技术联络人。

1. Train production teams on laser safety, machine operation, and basic maintenance.

培训生产团队关于激光安全、机器操作及基础维护的知识。

All Job Posting Locations

Wuxi

Remote Type

On-Site

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Boyd Corp is an equal opportunity employer. We celebrate diversity and are committed to creating an inclusive environment for all employees.