Applications
Explore optical measurement and inspection use cases across industrial workflows.
Semiconductor
In semiconductor manufacturing, laser precision directly dictates final yield. From large-area wafer annealing to TGV and ABF via drilling for next-generation packaging, exact focal control and energy distribution are critical. Our ultra-precise beam profiling solutions prevent substrate damage and maintain top-tier process repeatability.
Solar Cell
Maximizing solar-cell efficiency requires flawless manufacturing precision. During edge isolation and laser scribing, stable beam quality is essential to minimize heat-affected zones and micro-cracks. Advanced beam monitoring optimizes the light source to improve photovoltaic efficiency and product lifetime.
Medical & Bio
In medical and bio applications, optical-system quality is directly tied to patient safety. Aesthetic lasers, surgical equipment, and high-resolution bio-imaging systems must meet designed output specifications without deviation. Precision beam diagnostics verify energy symmetry in real time and support safe medical-device quality assurance.
Automotive (Second Battery, LiDAR)
The transition to electric mobility and autonomous driving depends on advanced optical technology. From precision laser welding that helps prevent battery failures to beam-pattern and safety verification for LiDAR sensors, we provide essential laser diagnostic solutions for defect-free automotive production and sensor reliability.
OLED Display
Flexible and ultra-thin displays push the limits of laser micromachining. From LLO for panel separation to UTG cutting, these processes demand meticulous control over focal position and large-area energy uniformity. High-resolution beam profiling monitors critical processing parameters to help achieve exceptional production yields.
AOI
Automated Optical Inspection (AOI) accuracy depends heavily on illumination quality. Uneven light distribution can cause missed defects or false detections. Our advanced optical measurement approach precisely calibrates AOI illumination uniformity, enabling consistent micron-level defect detection and dependable inspection performance.