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Aligning a camera’s lens while simultaneously reading its picture data.By using its Active Alignment feature, the lens is put in the best possible position while the sensor’s picture information is being read. Before the system is set in place, this guarantees flawless optical alignment of the complete system.
Active alignment makes use of the sensor itself to achieve superior outcomes. The sensor is turned on and connected to the test system during active alignment.
The number of lenses incorporated into camera modules is growing, which is a general upward trend in the industry.
Accurately setting the proper focus becomes more and more crucial as the number of lenses grows. During a production assembly procedure known as Active Alignment, the correct focus is fixed using Dual Cure, UV + Heat, and Adhesive solutions (AA).
ACTIVE ALIGNMENT CAMERA MODULE MARKET SIZE AND FORECAST
Global active alignment camera module accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
They provide the most up-to-date solutions for the challenge of active alignment and serial manufacturing of high-precision optical sensor systems using the measurement and production tools of the ProCam series. The image quality of camera modules and LiDAR components is optimised in large part by the use of active alignment technology.
Active alignment is a well-known and effective manufacturing procedure to create high-end camera applications and LiDAR systems because it offers perfect image quality over the whole field of view.
They provide answers to the crucial problems of active alignment and mass manufacturing of high-precision optical sensor systems with the measurement and production tools of the ProCam series.
Their technologies provide precise, consistent, and quick alignment and assembly of camera modules thanks to a regulated, automated production process.
Production rejects go down as a result of active alignment technology’s optimization of image quality. Active alignment is a productive manufacturing technique for high-end camera applications because of its growing yield and excellent image quality.