Realize tiny defect detection from a very broad perspective
Suitable for inner wall detection of objects with holes
Such as engine parts, containers, pipes, etc., with extremely large depth of field
Can detect small objects with a diameter of 5mm under a large field of view angle
Environmental conditions for 360-degree inspection lenses depend on the application, but generally, they require:
Stable Temperature: Ensure the temperature remains consistent to prevent thermal expansion and contraction, which can affect optical alignment.
Low Vibration: Minimize vibrations to maintain precise imaging and avoid blurring or distortion in the captured images.
Clean Environment: Keep the environment free from dust, debris, and other contaminants to prevent them from interfering with the optical components.
Controlled Lighting: Implement controlled lighting conditions to optimize image contrast and clarity, reducing the impact of reflections and shadows.
Protection from Moisture: Shield lenses from moisture and humidity, as these can degrade optical coatings and affect image quality over time.
Electromagnetic Interference (EMI) Shielding: Employ EMI shielding to prevent interference from electromagnetic sources that could disrupt signal integrity in electronic components.
Stable Mounting: Ensure secure and stable mounting of the lens system to prevent movement during operation, maintaining alignment and image consistency.
Durable Construction: Choose lenses constructed from materials resistant to environmental factors like temperature fluctuations, moisture, and mechanical stress.
Adapting these conditions ensures optimal performance and longevity of 360-degree inspection lenses in various industrial and commercial settings.
360-degree inspection lenses can typically be used with a variety of cameras, including CCD, CMOS, or other sensor-based cameras. However, compatibility depends on factors such as sensor size, resolution, and mounting options. It's essential to ensure the lens and camera specifications align for optimal performance and image quality.
Industries commonly using 360-degree inspection lenses include automotive manufacturing for quality control and component inspection, electronics for PCB assembly and product verification, pharmaceuticals for packaging inspection, food and beverage for quality assurance, and general manufacturing for defect detection and process monitoring.
Yes, 360-degree inspection lenses can be used for inspecting non-cylindrical objects as well. While they are often associated with cylindrical objects due to their ability to capture images around the entire circumference, they can also be utilized for non-cylindrical objects with complex shapes. The key is to position the object appropriately within the field of view of the lens to ensure complete coverage and effective inspection. Advanced imaging algorithms and software can further enhance the inspection process for non-cylindrical objects by analyzing images captured from multiple viewpoints.
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