Megapixel Lens

Megapixel Lens Module Description

Features of the Module

• High-resolution imaging capabilities, supporting megapixel-level detail
• Low distortion for accurate image reproduction
• Compact design optimized for a variety of applications
• Enhanced light transmission with advanced coatings
• Wide compatibility with different sensor sizes

Description of the Module The Megapixel Lens is a sophisticated optical module designed to deliver high-resolution imaging, making it ideal for applications where precision and clarity are paramount. These lenses are engineered to provide sharp, detailed images that meet the demands of modern imaging systems, particularly those that require megapixel resolution. The lens’s design ensures minimal distortion and optimal light transmission, contributing to superior image quality even in challenging lighting conditions.

Megapixel Lenses are used extensively in surveillance, machine vision, medical imaging, and other fields that rely on high-resolution visual data. They work by focusing light onto an image sensor with minimal loss of detail, enabling the capture of clear and accurate images. The lenses are constructed from high-quality optical glass and are often equipped with multiple layers of anti-reflective coatings to enhance performance in various environments.

General Specification, Manufacturing Tolerances, and Limitations

What is the Module Composed of? And What’s the Classification?

• Optical Glass Elements: Precision-ground lenses that ensure high resolution and low distortion.
• Aperture Diaphragm: Controls the amount of light entering the lens, affecting depth of field and exposure.
• Mechanical Housing: Durable construction that provides stability and protects the optical elements.
• Mounting Interface: Typically C-mount, CS-mount, or custom interfaces to match various imaging systems.

Classification

• Fixed Focal Length Megapixel Lenses: Optimized for specific imaging tasks, providing consistent focus and field of view.
• Zoom Megapixel Lenses: Offer adjustable focal lengths for versatile imaging applications.
• Wide-Angle Megapixel Lenses: Designed for broader field-of-view applications, such as surveillance and landscape imaging.
• Telephoto Megapixel Lenses: Ideal for capturing distant objects with high detail.

What’s the Key Components?

• Lens Elements: Multiple optical glass elements arranged to correct aberrations and improve image quality.
• Aperture System: Allows precise control of light entering the lens, impacting depth of field and sharpness.
• Coatings: Anti-reflective, infrared, and UV coatings to enhance performance across different wavelengths.
• Housing: Robust mechanical structure ensuring the alignment and protection of the optical components.

What’s the Critical Specs?

• Resolution Capability: Ability to support imaging sensors up to 10 megapixels or more.
• Distortion: Minimal distortion, critical for maintaining accurate image reproduction.
• Aperture Range: Wide aperture range to handle various lighting conditions and depth of field requirements.
• Field of View: Designed to meet specific application needs, from wide-angle to telephoto imaging.

How to Evaluate the Performance? Performance can be evaluated by:

• Resolution Testing: Measuring the lens’s ability to resolve fine details on a test chart.
• Distortion Analysis: Assessing the straightness of lines in captured images to ensure minimal distortion.
• Transmission Efficiency: Testing the percentage of light that passes through the lens to the sensor.
• Field of View Measurement: Confirming the lens meets the specified field of view for the application.

How to Select the Module Selecting a Megapixel Lens involves considering:

• Sensor Compatibility: Ensuring the lens is compatible with the camera’s sensor size and resolution.
• Application Requirements: Matching the lens’s field of view, aperture, and focal length to the specific use case.
• Environmental Factors: Choosing coatings and housing materials suited to the operating environment (e.g., outdoor, high-humidity, or high-temperature conditions).

What’s the Application?

• Surveillance Systems
• Machine Vision
• Medical Imaging
• Aerial Photography
• Robotics and Automation

Why Choose Bote Optics Bote Optics is committed to providing high-performance Megapixel Lenses that meet the rigorous demands of today’s imaging technologies. Our lenses are engineered with precision to ensure exceptional image quality, reliability, and durability. With a deep understanding of optical design and manufacturing, Bote Optics offers solutions that are tailored to meet the specific needs of diverse industries, ensuring that our customers achieve the best possible results in their imaging applications. Choose Bote Optics for your Megapixel Lens needs and experience the perfect combination of innovation, quality, and service.