IdealPhotonics' fiber optic connector preprocessing utilizes a precision cutting (end-face angle ≤0.5°), cleaning (contaminant ≤0.3μm), and end-face polishing (roughness Ra <10nm) process chain to ensure that fiber optic connectors (such as LC/SC/MPO) achieve ultra-low insertion loss (<0.1dB) and high return loss (>60dB). Its innovative "fully automated multi-station integrated system" combines AI quality inspection (defect recognition rate >99%) with adaptive process adjustment, making it a core preprocessing solution for 5G fronthaul, data center optical interconnects, and special fiber optic system deployments.Employing a triple-extreme process of nanoscale precision cutting (angle ≤0.1°), plasma deep cleaning (residue <0.1μm), and quantum dot polishing (Ra <5nm), and utilizing a multispectral AI quality inspection system (defect identification accuracy 10nm) and adaptive parameter optimization algorithms, it achieves insertion loss <0.05dB (industry limit) and return loss >70dB. Its innovative "digital twin real-time simulation" technology boosts the pre-processing pass rate to 99.99%, redefining the performance peak of fiber optic interfaces in cutting-edge fields such as 800G optical modules (CPO co-packaging), quantum communication (polarization-maintaining fiber zero-stress treatment), and space optical interconnect (radiation-resistant connectors).