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Macro Lenses for Machine Vision

These are specifically designed for small fields of view (FOV), which are approximately equal to the camera`s sensor size. Macro lenses are specified in terms of their magnification relative to the camera sensor and are optimized for “close up” focusing. Very good MTF characteristics and negligible distortion make them ideal for many vision applications.

Explore our Macro Lenses Models

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How to choose the right lenses and optics for your application

Selecting the correct lens has a direct relationship to the sensor used in the camera. Parameters such as sensor size and pixel size are of major importance:
 
  • Sensor size ↔ image circle diameter
    The lens has to be able to illuminate the complete sensor area in order to avoid shading and vignetting.
  • Pixel size ↔ optical resolution
    The lens has to be able to resolve the pixel size. The better the optical resolution of a lens, the better detailed structures can be reproduced. The optical quality of a lens is defined by the MTF (modulation transfer function) relating to resolution along with the optical distortion.

  • Object resolution ↔ magnification
    In order to resolve the details of an object and to ensure definite edge detection, the detail should be reproduced across about 4 pixels. Thus the required magnification is dependent on the required object resolution and the respective pixel size.

    Only the knowledge of all these application specific parameters permits the correct selection of the optimum lens to meet the required field of view and image quality.