News
We invest a lot of time and effort in product research and development, designing a new product every day on average.
Meanwhile, we also focus on deep communication with customers and actively participate in domestic and international photoelectricity exhibitions. We look forward to meeting you to discuss the future development opportunities of IR lenses. Thanks!
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Sep. 10, 2025
How athermalization helps in temperature-varying conditions
Many professionals and hobbyists face challenges when working with sensitive optical devices exposed to fluctuating temperatures. The issue revolves around thermal drift affecting performance, leading to distortions or inaccuracies in measurements. Athermalization can solve this issue effectively, ensuring your MWIR Lens for Cooled Camera operates optimally even in varying conditions. Whether
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Sep. 09, 2025
How MWIR lenses integrate into UAV payloads
MWIR (Medium-Wave Infrared) lenses designed for cooled cameras provide crucial thermal imaging capabilities necessary for various UAV applications, aiding in surveillance, reconnaissance, and environmental monitoring.
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Sep. 08, 2025
How to reduce weight without losing performance in IR optics
Reducing weight in infrared (IR) optics is crucial for enhancing portability and ease of use while maintaining performance. This is especially relevant in applications such as aerospace, military, and medical imaging.
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Sep. 05, 2025
How to select IR coatings that last
When it comes to selecting infrared (IR) coatings, individuals and organizations often face significant challenges, such as durability, performance under varying conditions, and accurate thermal imaging capabilities. These challenges stem from the real needs of professionals like engineers, security personnel, and researchers who rely on MWIR (Mid-Wave Infrared) lenses for cooled cameras. This
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Sep. 04, 2025
How to avoid image distortion in MWIR systems
Image distortion in MWIR (Mid-Wave Infrared) systems can significantly impact the quality of thermal imaging, leading to inaccurate readings and potential operational failures. Users face challenges like vibrations during operation, misalignment of MWIR lenses, and thermal anomalies. In fact, a survey of users reported that 62% experienced significant image distortion, which compromised their
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Sep. 03, 2025
How to minimize stray light and ghosting in IR setups
Stray light can interfere with the accuracy and reliability of infrared (IR) measurements. It can create false signals and reduce contrast, leading to misinterpretations in imaging. Ghosting, on the other hand, results from reflections within the optics, creating duplicate images that can confuse analysis. Reducing these effects is crucial for high-quality IR imaging.
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