LED line illuminators benefit CCD cameras

Moritex MLNL LED Line Illuminators are claimed to provide unmatched even illumination improving inspection systems and lighting for single-dimensional linear CCD cameras.

The Moritex MLNL series of LED Line Illuminators benefit high performance linear lighting or single dimensional linear CCD camera lighting.

The MLNL series of LEDs are based upon Moritex's proprietary MG-Wave constant current technology and are claimed to provide unmatched even illumination for the following.

* Improving inspection of glass substrates for scratches and other imperfections.

* Inspection of printed circuit boards and connector pins.

* Lighting for single-dimensional linear CCD cameras.

MG-Wave LED lighting provides longer stable images than other forms of lighting, said Moritex to manufacturingtalk.

Unlike other forms of lighting there is no deterioration caused by repeatedly switching the light on and off.

Operating across a narrow bandwidth, MG-Wave makes it easy to acquire the contrast critical for image processing.

Incorporating small light source elements enables MG-Wave to deliver lighting dimensions optimised to application.

Incorporated in the LED light the MG-Wave constant current detection system reads the signal to control the rated current that is adjusted to the number of LED's in every lighting module.

Consequently MG-Wave has the flexibility to offer its industry leading performance for any type of lighting configuration.

The MG-Wave range also includes high powered spot, direct ring, low angle ring, shadowless, edge backlit, array backlit, coaxial, bar, linear, oblique and parallel lighting LED's as well as power sources and a wide variety of LED lighting accessories.

Available in six colours Moritex LEDs are tested and grouped into over 100 luminance levels.

The LEDs that go into Moritex units are always from the same group ensuring even light output even in larger units.

Before leaving the factory all MG Wave LED units are tuned to the same standard performance ensuring consistency between units.

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