Gen Precision has announced the GTK-OSI1 Automated Passive Optical Component Inspection Machine, a platform targeting automated dimensional inspection of fiber array units, V-grooves, MT ferrules, and MMC ferrules used in silicon photonics and co-packaged optics production.
The GTK-OSI1 uses an 18-megapixel dual-CCD vision system that separates feature recognition and precision measurement into two dedicated inspection processes. The machine achieves measurement repeatability of 3σ ±0.05 μm for fiber arrays and V-grooves, and 3σ ±0.1 μm for MT and MMC ferrules. Engineers qualifying components for silicon photonics designs will note that both figures are stated at 3σ, not a best-case single-measurement value.
Smart-Point Configuration automatically locates and measures critical features without manual repositioning between component types. A proprietary Geo-Trajectory Algorithm drives batch processing, allowing the GTK-OSI1 to inspect up to 20 MT or MMC ferrules in a single cycle, with each individual hole or groove measurement completing in under one second. The motion system uses semiconductor-grade three-axis positioning.
Gen Precision says the platform is designed to scale to the dimensional requirements of 6.4T and 12.8T optical transceiver modules, framing it as a long-term capital investment for manufacturers expecting product roadmap progression.
Demand for FAU inspection capacity has risen alongside AI infrastructure expansion, as silicon photonics and co-packaged optics deployments push passive optical component volumes and tighten tolerance requirements. No pricing or availability timeline was disclosed at launch.
