IdealPhotonics' coating machine is an automated device that uses precision fluid control (viscosity ±1cP) and ultraviolet curing (wavelength 365nm ±2nm) technology to uniformly coat protective layers (such as acrylate and polyimide) onto the surface of optical fibers. Employing a multi-axis collaborative positioning system (accuracy ±2μm), it achieves adjustable coating thickness from 1-500μm (uniformity >98%). Its innovative "online defect detection" and "dynamic viscosity compensation" modules ensure coating quality meets IEC 60793-2 standards, making it a key process equipment for manufacturing optical fibers that resist micro-bending (10-fold loss reduction), withstand high temperatures (continuous operation at 300℃), and for special sensing applications (such as biocompatible coatings).Employing a nanoscale fluid pump control system (flow accuracy ±0.1μL/min) and adaptive UV curing technology (intensity closed-loop adjustment ±1%), this technology achieves coating uniformity >99.5% through real-time thickness monitoring (resolution 0.05μm) and AI defect detection (identification accuracy 0.5μm). Its innovative "multi-material co-extrusion module" can simultaneously coat a conductive layer (sheet resistance <10Ω/□), a radiation-resistant layer (resistant to 1MGy dose), and a bioactive layer (cell adhesion rate >90%). This redefines the performance limits of fiber optic coating in cutting-edge fields such as hollow-core optical fiber (compressive strength increased by 8 times), implantable medical optical fiber (FDA certified), and space optical cable (resistant to -200℃~300℃).