FA lenses, or industrial automation lenses, play an important role in machine vision, especially in application scenarios that require high-precision, low-distortion and large depth-of-field imaging.

Visual Positioning

Application Background: In automated production lines, precise positioning of parts or products is the key to achieving efficient and accurate assembly and inspection.

FA lens role:

• High-precision imaging: FA lenses can clearly and accurately capture the image of the target object, ensuring that the details are clearly visible and providing precise positional information for the vision system.
• Large depth of field: When dealing with objects of different heights or positions, the large depth of field feature of FA lenses ensures that objects within the entire field of view can be clearly imaged, reducing the need for focus adjustment.
• Strong stability: In complex industrial environments, FA lenses are able to maintain stable imaging performance, free from vibration, temperature fluctuations and other external factors.

Application examples:

• Cell phone screw hole alignment: FA lenses combined with industrial cameras and image processing systems can achieve precise positioning of cell phone screw holes to ensure the accuracy and consistency of assembly.
• Positioning of circuit board components: In the circuit board manufacturing process, FA lenses are used to accurately locate and assemble tiny electronic components, improving production efficiency and product quality.

Vision Inspection

Application Background: Machine vision inspection replaces traditional manual inspection methods by capturing and analyzing images to identify product defects, dimensional deviations and other problems.

FA lens role:

• High resolution: The high resolution feature of FA lenses captures more image details, which helps to detect minor defects and deviations.
• Low distortion: The low distortion characteristic ensures the accuracy of the image and avoids misjudgment caused by image distortion.
• Wide adaptability: FA lenses are able to adapt to different lighting conditions and inspection environments, ensuring high-quality images under all conditions.

Application examples:

• Lithium battery pole piece detection: In the lithium battery production process, FA lenses are used to detect defects such as dew foil and dark spots on the pole piece to improve product quality.
• LCD Printed Circuit Positioning Inspection: FA lenses are combined with image processing technology to realize precise positioning and inspection of LCD printed circuits to ensure the accuracy and reliability of the circuits.

Visual Guide

Application Background: In automated assembly, robot operation and other scenarios, vision guidance systems capture and analyze images to guide robotic arms or robots to perform precise operations.

FA lens role:

• Real-time imaging: FA lenses can capture images of target objects in real time, providing timely feedback information for the vision guidance system.
• Precise guidance: Combined with advanced image processing algorithms and robotic arm control systems, FA lenses are able to realize precise guidance for robotic arms or robots to ensure the accuracy and efficiency of operation.

Application examples:

• Automated assembly line: FA lenses combined with vision guidance system can realize precise grasping and assembly of parts, improving the automation level and production efficiency of the production line.
• Robot sorting: In express delivery, warehousing and other scenarios, FA lenses are used to guide robots to carry out precise sorting and handling operations, improving sorting speed and accuracy.

FA lenses have a variety of application solutions in machine vision, including visual localization, visual inspection and visual guidance. Its characteristics of high precision, low distortion and large depth of field make FA lenses an indispensable key component in the field of industrial automation.