IdealPhotonics' fiber optic coupling platform is a modular system integrating precision adjustment mechanisms (such as a six-dimensional adjustment frame) and optical components (lenses/splitters). By optimizing the coupling efficiency between fiber and free-space light in real time (>90%), it supports applications with stringent requirements for optical path stability, such as quantum experiments and laser processing."Multi-degree-of-freedom dynamic precision coupling" achieves efficient and stable optical path docking between fiber and device (coupling efficiency >95%) through high-precision six-dimensional adjustment (resolution ≤0.1μm) and a real-time feedback system (such as power monitoring), providing reconfigurable solutions for cutting-edge fields such as quantum optics and chip-to-chip optical interconnects.'