In the realm of factory automation and image processing, the ability to capture detailed images of small objects is paramount. This is where macro machine vision lenses come into play, providing the necessary magnification and clarity for close-up inspection and analysis. Computar's Macro Machine Vision Lens Series is specifically designed to excel in these demanding applications, offering a range of features and options to meet diverse industrial needs. This essay will delve into the key characteristics and offerings of this specialized lens series.
The Computar Macro Vision Lens Series is distinguished by its dedicated focus on close-up performance. These lenses are engineered to provide exceptional image quality and versatility in macro applications, making them invaluable tools in various industrial settings. Several key features contribute to their superior performance:
Low Distortion: Minimizing distortion is crucial in macro imaging, as it ensures accurate measurements and analysis. Computar's Macro Series lenses are designed to minimize distortion, providing faithful representations of the objects being imaged.
Excellent Light Intensity: Maintaining sufficient light intensity, even in the peripheral areas of the image, is essential for consistent and reliable image capture. These lenses are designed to assure excellent light intensity across the entire field of view.
Robust Design with Locking Mechanisms: In industrial environments, equipment must withstand vibrations and other disturbances. The robust design of these lenses, coupled with built-in locking mechanisms for focus and iris, ensures stable and reliable performance over time.
Versatile Working Distance: Some models, like the TEC-M55, offer a wide working distance range from 140mm to infinity, making them suitable for both telephoto and macro applications, increasing their versatility.
Compact Design and High Resolution Compatibility: Certain lenses, such as the TEC-M55MPW, feature a compact design and are compatible with high-resolution 5MP sensors, allowing for detailed image capture in space-constrained environments.
High Magnification: The TEC-V7X offers a 7.1X magnification (0.5X-0.07X) and is designed for 1.1" format 5MP sensors, enabling detailed inspection of minute details.
The Computar Macro Series offers several specific lens models to cater to different needs:
MLH-10X: This lens is a 1/2" 13-130mm 10X close-up manual zoom lens with a manual iris and C-mount. It is well-suited for various factory automation and macro applications.
MLM3X-MP: This lens is designed for 2/3" sensors and offers a 3.3X manual zoom, focus, and iris control. It is a macro-type lens with a 90mm working distance, low distortion, and is rated for 1-1.5 Megapixel sensors.
TEC-V7X: This is a telecentric machine vision lens designed for 5MP, 1.1" sensors. It offers a 7x macro zoom and features a C-mount. Its telecentric design minimizes perspective error, making it ideal for measurement and inspection applications.
The combination of low distortion, excellent light intensity, robust design, and versatile working distances makes Computar's Macro Machine Vision Lens Series a powerful tool for a wide range of industrial applications. Whether it's inspecting minute components on a production line, analyzing microscopic samples in a laboratory, or performing precise measurements in a quality control setting, these lenses provide the necessary magnification, clarity, and reliability to capture critical details. The availability of different models with varying specifications allows users to select the optimal lens for their specific requirements, ensuring optimal performance and efficiency in their macro imaging tasks.
