Microflown 展示在 Alfen 工厂现场完成声学排查案例
Microflown Showcases Real-World Acoustic Troubleshooting
Microflown 发布与 Alfen 合作的案例研究，在 Alfen 制造现场使用 VOYAGER、Scan&Paint 2D 和 Scan&Paint 3D 完成完整声学表征，无需消声室、大型阵列或复杂布置。案例实现了泄漏路径定位、主要声源定位和声功率量化。Microflown 称，测量技术进步使在噪声环境等几乎任何场景下都能采集可靠的高质量数据，这一趋势在后期开发阶段的故障排查中尤为明显。
来源：Microflown 新闻 新闻稿 · 原文
A growing number of engineers are looking for alternatives to costly, highly controlled test facilities, and for good reason. Advances in measurement technology now make it possible to collect reliable, high-quality data in almost any environment, even noisy ones. At Microflown, we’re seeing this trend accelerate, especially when troubleshooting issues in late-stage development where speed and flexibility are crucial.
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Energy Storage System Case Study
Our latest case study in collaboration with Alfen puts in-situ troubleshooting into practice. Using VOYAGER, Scan&Paint 2D, and Scan&Paint 3D, a full acoustic characterization was performed directly at their manufacturing facility. Without anechoic rooms, large arrays, or complex setups.
✅ Leakage paths were mapped
✅Dominant sources localized
✅Sound power quantified
Demonstrating what’s possible when flexible, high-resolution tools meet real-world conditions.
来源：Microflown 新闻 · microflown.com