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光模块装配后整体高度一致性检测

Overall height consistency inspection of optical modules after assembly

After optical modules are assembled in batches, the overall height deviation will affect plug-in compatibility and system integration. LightE uses a non-contact height measurement solution to quickly detect the overall height of the optical module, improving assembly quality and consistency control capabilities.
陶瓷套管厚度与平面度测量

Ceramic sleeve thickness and flatness measurement

Ceramic sleeve is a key component in optical fiber connection. Its thickness and flatness directly affect the fiber positioning accuracy. LightE uses a non-contact optical measurement solution to conduct high-precision thickness and flatness testing of ceramic sleeves, which is suitable for high-hardness and high-reflective materials.
光学支架与精密结构件高度检测

Height inspection of Optics brackets and precision structural parts

A large number of precision Optics brackets are used in optical communication devices, and their height deviation will cause the optical axis to shift and affect the signal quality. LightE uses a high-precision non-contact measurement solution to detect key dimensions of the Optics stent to ensure assembly accuracy and stability.
光学镀膜层膜厚测量

Optics Coating Layer Thickness Measurement

Optical coatings such as antireflection coatings and reflective coatings are widely used in optical communication devices, and their film thickness directly affects Optics performance. LightE uses a non-contact optical measurement solution to achieve non-contact high-resolution film thickness measurement of the Optics coating layer, helping customers optimize the coating process.
光通信玻璃基板厚度与平整度检测

Optical Communicationglass substrate thickness and flatness inspection

glass substrates used for Optical Communication need to meet both high transparency and high flatness requirements, and traditional measurement methods have limited adaptability. LightE uses a non-contact optical measurement solution to achieve stable detection of the thickness and flatness of glass substrates, which is suitable for highly transparent materials.
光器件精密装配高度引导与检测

Optical device precision assembly height guidance and inspection

During the assembly process of optical communication devices, the requirements for assembly height and position accuracy are extremely high, and manual adjustment is inefficient and inconsistent. LightE uses a high-precision displacement measurement solution to provide real-time height detection and guidance for the assembly process, improving assembly efficiency and yield.
光纤连接器关键尺寸高度检测

Optical fiber connector critical dimension height inspection

Many key dimensions in optical fiber connectors need to be strictly controlled, and their height deviation will affect the insertion loss and return loss performance. LightE uses a non-contact height measurement solution to quickly detect key areas of the connector to ensure stable product performance.
光通信精密金属件高度与平整度检测

Optical Communication Height and Flatness Inspection of Precision Metal Parts

A large number of precision metal structural parts are used in the optical communication module, and their morphological quality directly affects the device assembly accuracy. LightE uses a non-contact optical measurement solution to stably detect the height and flatness of metal parts, and is suitable for highly reflective surfaces.
光通信微小结构高度精密测量

Optical CommunicationHighly Precise Measurement of Small Structures

With the development of miniaturization of optical communication devices, the requirements for high precision of small structures are constantly increasing, and traditional measurement methods are difficult to meet the demand. LightE uses a high-resolution non-contact measurement solution to achieve stable measurement of the height of small structures and meet high-precision application scenarios.
光纤端面高度与平整度检测

Fiber end face height and flatness inspection

The height and flatness of the optical fiber end face directly affect the optical signal coupling efficiency and connection loss. Traditional contact detection is easy to damage the end face and lacks consistency. LightE uses a non-contact high-precision height measurement solution to stably detect the fiber end face, achieve precise control of end face height […]
光纤阵列端面高度一致性检测

Fiber array end face height consistency inspection

Inconsistent heights of multi-channel end faces in optical fiber arrays will lead to uneven insertion loss and affect overall communication performance. LightE uses a multi-point non-contact measurement solution to quickly detect the end face height of the fiber array to ensure that the height consistency of each channel meets the design requirements.
光模块关键结构高度差检测

Height Difference Detection of Key Structures of Optical Modules

There are multi-level precision structures inside the optical module, and their height differences directly affect the optical path alignment accuracy and module performance. LightE uses a non-contact displacement measurement solution to perform high-precision height detection on key structural areas of optical modules to help customers ensure assembly consistency.
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LightE-Tech focuses on the R&D of high-precision chromatic confocal displacement sensors, providing precision optical inspection solutions for industrial automation.

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