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Scaling LWIR: High Volume Manufacturing of Pedestrian Safety Systems

Event: AutoSens Europe
| Session date: Wednesday 9th October
Session date: Wednesday 9th October
, 2024

Hear from:

Dr_Lu_Ren-ezgif.com-crop
Dr_Lu_Ren-ezgif.com-crop
Lu Ren
Systems Engineering Manager,

ASMPT LIMITED

Dr_Lu_Ren-ezgif.com-crop
Dr_Lu_Ren-ezgif.com-crop
Lu Ren
Systems Engineering Manager,

ASMPT LIMITED

The assembly and testing of Long-wave infrared (LWIR) cameras pose several challenges that demand the utilization of a mature active alignment (AA) machine and a suitable optical target module for precise camera alignment and assembly. This presentation will review the technical approach to addressing these challenges, highlighting the development of an advanced AA machine and a specialized optical target module equipped with LWIR target projectors. These components offer significant technical differentiations through unique design and functionality, with specific design details remaining proprietary.
A mature camera active alignment machine should possess several critical attributes such as high precision, accuracy, advanced automation and control, high-speed processing, and versatility to handle various camera types. Additionally, robust software integration, environmental stability, user-friendly operation, repeatability, and built-in diagnostic tools enhance its functionality. Scalability, cost-effectiveness, and compliance with industry standards are also essential aspects.
Innovations in optical target module designs are vital

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