With the OctaPod from 3SAE, LASER COMPONENTS now offers an automated solution for the high-precision alignment of photonic components in photonic integrated circuits (PICs). This compact, task-oriented microrobot removes a critical bottleneck in high-volume manufacturing. Its integrated high-frequency dither unit with embedded control electronics compensates in real time for thermal drift, polymerization forces, and other disturbances. The result is highly reproducible alignment with deviations of less than 0.02 dB, even during continuous operation.
These capabilities are especially valuable for the alignment of fiber arrays, where multichannel setups demand the highest level of precision. The OctaPod’s integrated real-time optimization ensures stable, accurate coupling even under challenging production conditions. This makes the system a space-saving, scalable solution for fast and repeatable processes in both testing and manufacturing.
Unlike conventional positioning systems, the OctaPod does more than execute motion commands. It can independently carry out defined alignment tasks. Even complex alignment routines can be integrated directly into production software through task-based “Do This” commands. As a result, the system is particularly well suited for applications that require high repeatability, short cycle times, and scalable automation.
“With the OctaPod, we offer an ideal solution for companies looking to make photonic alignment processes more efficient, compact, and robust,” says Christian Fassbender, Product Manager at LASER COMPONENTS. “The system is specifically designed for industrial manufacturing. It does not require fan cooling and is suitable for cleanroom environments.”
