Optimizing Machine Vision: Integrating Remote-Control Optics & S-Mount Lenses

As semiconductor manufacturing advances toward smaller feature sizes and complex vertical 3D architectures, automated optical inspection (AOI) systems require specialized lens technologies to maximize yield and prevent costly production waste. This webinar examines how integrating advanced telecentric and embedded optical designs resolves critical inspection challenges across the fabrication lifecycle

Attendees will explore the operational advantages of remote-control telecentric optics (such as Computar's LensConnect series), which eliminate parallax error to deliver up to 1/50th-pixel measurement accuracy while providing motorized focus adjustments and dual-interface control in enclosed tooling environments

The session will also highlight the deployment of compact 8MP S-mount (M12) lenses (such as the MVS Series), featuring F2.8 optics and ultra-low optical distortion (-0.20% to 0.29%) for high-resolution macro defect detection and robotic alignment in space-constrained equipment

Key Takeaways

• Zero-Parallax Precision & Remote Operation: How telecentric design and motorized focus control enable precise 3D wire-bonding inspection and wafer prober alignment without requiring manual physical adjustments
• High-Resolution Embedded Vision: Utilizing 8MP low-distortion S-mount board lenses on 1/1.8" sensors to achieve crisp imaging inside compact machines
• Yield Optimization & Early Detection: Pairing high-speed imaging with specialized lenses to spot cracks, scratches, and surface contamination early, preventing weeks of wasted processing on flawed silicon substrates

Target Audience: Machine Vision Integrators, Optical Engineers, Semiconductor Quality Assurance Managers, and Automation Engineers.