Fiber Alignment

Fiber alignment is a fundamental process in optical communication component manufacturing, covering precision alignment and coupling between fiber arrays and photonic chips, waveguide devices, or multicore fibers. This process demands high multi‑degree‑of‑freedom adjustability and nanometer‑level alignment accuracy.

CoreTech’s FAP series 6‑DOF motion stages feature minimum step size down to 5 nm, combined with six‑axis decoupled control and light‑seeking algorithms, enabling independent adjustment of optical axis angle and spatial position. They are well‑suited for high‑precision alignment of fiber arrays with silicon photonic chips, planar lightwave circuit (PLC) devices, and multicore fibers, addressing critical requirements for alignment efficiency and yield in optical communication component packaging and testing.