🚀 Lab-Grade Polish for Fiber Optic Cables from OMC! 🚀

[Erkan Teskancan]

✨ OMC Raises the Bar in Industrial Fiber Optic Cables ✨​

OMC, a pioneer in optoelectronic design and manufacturing, has developed an ultra-performance, laboratory-grade polish for its industrial fiber optic cables and data links. Designed specifically for the most demanding environments, such as research laboratories and large physics applications, this new polish achieves an unprecedented level of connection-to-connection consistency.

🤖 Excellence Through Human and Robotic Collaboration 🤖​

To achieve this breakthrough, OMC integrates highly skilled human operators with collaborative robots (cobots) that are specially trained, calibrated, and equipped. While the company's existing premium industrial-grade polish is sufficient for most industrial data communications, this new class ensures reliable performance in environments with extremely tight performance tolerances.

📈 Revolutionizing Production: Increased Quality and Capacity 📈​

For over forty years, OMC has relied on its skilled workforce for the precise multi-stage polishing required for industrial-grade data links used in critical infrastructures like power plants and railways. According to General Manager William Heath, the integration of cobots into the workspace has given operators a "bionic arm." The custom programming and hardware for the cobots take over the repetitive physical demands of the process, increasing production capacity by up to tenfold and reducing operator fatigue, while simultaneously enhancing the quality and consistency of the polish.

🌍 Investing in the Future and Industry Leadership 🌍​

This latest development aligns with the increasing global demand for fiber optic data links, driven by electrification in the high-voltage, medical, and transportation sectors. Maintaining strict quality standards while scaling production ensures that OMC delivers the highest degree of performance and robustness required for long-life industrial applications. The company's continuous investment in next-generation robotic automation was recognized for its innovative manufacturing culture at the 2025 Elektra Awards.

🔬 Technical Details: Why is Laboratory-Grade Polish Important? 🔬​

In fiber optic communication, the end-face polish of a connector is a critical factor determining the overall performance of the connection. Microscopic scratches, pits, or deviations on the ferrule can cause significant insertion loss (attenuation) and optical return loss (back reflection), which degrade signal integrity over long distances or in high-precision environments. Achieving a "laboratory-grade" physical contact polish typically requires a meticulous, multi-step grinding process using progressively finer abrasive films, often down to 0.01 µm. Traditionally, manual hand polishing relies entirely on operator technique and consistently applied pressure, making it extremely difficult to maintain batch-to-batch uniformity at high volumes. By integrating cobots—which provide high-precision, repeatable force and motion control—with human oversight, manufacturers can eliminate the mechanical variability of manual polishing while safely scaling production to meet the growing demand for highly isolated optical interconnects.