In industrial settings, machine vision systems often operate in harsh environments subject to vibrations and shocks. These disturbances can significantly impact image quality, leading to inaccurate measurements and unreliable inspections. Computar's MPZ-R series of ruggedized lenses is specifically designed to address this challenge, providing high-resolution imaging even in the most demanding conditions. This essay will explore the key features and benefits of this robust lens series.
The MPZ-R lens series is engineered for resilience. These lenses are built to minimize image aberrations caused by vibration and shock while maintaining high resolution and low distortion. Designed for 1" sensors and compatible with 20MP resolution, they are ideal for applications where image clarity and robustness are paramount.
Several key features contribute to the exceptional performance of the MPZ-R series:
Ruggedized Design: The mechanical design of these lenses is specifically strengthened to withstand vibrations up to 10G and shocks up to 15G. This ruggedization ensures consistent image quality even in harsh environments.
High Resolution and Low Distortion: Despite their rugged construction, these lenses do not compromise on image quality. They are designed for 20MP resolution and exhibit ultra-low distortion, ensuring accurate and detailed images.
2.4µm Pixel Compatibility: These lenses are compatible with sensors featuring 2.4µm pixels, enabling high-resolution imaging with modern sensors.
Floating Design: The adoption of a floating design ensures excellent image quality across the entire focusing range, from minimum object distance (MOD) to infinity. This is crucial for applications requiring varying working distances.
Short MOD Compatibility: The lenses are designed to be compatible with short minimum object distances (MOD 0.1m), allowing for close-up imaging when necessary.
Customizable F-stop: Computar offers customization options for the F-stop, allowing users to fine-tune the lens for specific lighting conditions and depth-of-field requirements.
Compact and Lightweight Design: Despite their robust construction, these lenses maintain a compact and lightweight form factor, facilitating integration into various machine vision systems.
Variety of Focal Lengths: The MPZ-R series is available in a range of focal lengths (8mm, 12mm, 16mm, 25mm, 35mm, 50mm, and 75mm), providing flexibility to choose the optimal lens for different fields of view and magnification requirements.
Manual Iris: These lenses feature a manual iris, giving users direct control over aperture and depth of field.
The MPZ-R series offers a wide selection of lenses with varying focal lengths and F-stops, allowing users to select the ideal lens for their specific application. For example, the V7540-MPZ-R and V7556-MPZ-R offer a 75mm focal length with F4.0 and F5.6 apertures, respectively. Similarly, the series offers options for 50mm, 35mm, 25mm, 16mm, 12mm, and 8mm focal lengths with various aperture choices. This extensive selection ensures that users can find a lens that meets their precise needs.
The Computar MPZ-R series is ideal for a wide range of applications in harsh environments, including:
Automotive manufacturing: Inspection of parts on assembly lines subject to vibrations.
Robotics: Vision systems on robots operating in dynamic environments.
Transportation: Monitoring systems on trains, trucks, or other vehicles.
Construction and mining: Inspection and monitoring in challenging outdoor environments.
In conclusion, Computar's MPZ-R series of ruggedized lenses provides a robust solution for machine vision applications in harsh environments. Their ability to withstand vibrations and shocks while maintaining high resolution and low distortion makes them an invaluable tool for ensuring accurate and reliable image capture in demanding industrial settings. The wide range of focal lengths and customizable options further enhances their versatility, making them suitable for diverse applications across various industries.
