Ring laser gyroscope cavity.

A ring laser gyroscope's accuracy depends on the optical path length of its cavity staying constant; any expansion of the cavity block changes the path and biases the navigation solution. RLGs run at a defined operating temperature, but catalogue ultra-low-expansion glass-ceramics have their zero-crossing fixed at the material's design point, not the gyro's, leaving residual drift that limits navigation-grade performance, on long lead times.

Strocera supplies the cavity-block material with CTE tuned to near-zero at the gyro's actual operating temperature, delivered as a ready-to-fire powder blend so the block is formulated to the instrument rather than the instrument biased to a catalogue zero-point. You specify the operating temperature and stability budget; the mix is adjusted so dimensional drift stays inside the navigation-grade error budget. The dilatometry stack that certifies the powder documents the expansion curve for instrument error analysis, and in-house forming removes the finished-blank queue.