Metris Laser Radar maximizes power generation productivity of parabolic solar panels

By Metrology Solutions Provider

Solar Cell Inspection

The geometric integrity of parabolic solar mirrors is a critical factor in reaching maximum productivity for industrial power generation. Deployed to inspect parabolic solar mirrors, Metris Laser Radar has proven its capability to trace incorrect bending and alignment of individual mirror panels. Metris Laser Radar is fit for the large-scale inspection job because it is portable, fast and accurate and offers automatic single-user operation. By using inspection results to tune the geometry of parabolic mirrors, solar thermal power plants increase power generation output and profit.

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OnTheFly – Measurement in Flight


Werth, a manfacturer of optical and multi-sensor coordinate measuring machines, presents the patented “OnTheFly” method for rapid measurement with image processing. Werth ScopeCheck® and VideoCheck® coordinate measuring machines can now take measurements while in constant motion.  By flashing the light sources, blurriness due to the motion is eliminated. Start-Stop operation is no longer needed. Measurement time is drastically reduced (up to a factor of 10) and the efficiency of the measuring machine is increased.  This technology is ideal for printed circuit boards or other workpieces with numerous features and the need for short inspection cycles.

GRANITE…IT’S USED ON THE BEST CMMS BUT HOW DIFFICULT IS IT TO GET?

Impala black granite is one of the key components for the world’s most accurate Coordinate Measuring Machines. The best granite is to be found in mines in South Africa.

The are only a couple of Coordinate Measuring Machine (CMM) manufacturers that still use black granite for their machine bases, X rails, Y beams and Z rams. One of those manufacturers is Wenzel GmbH in Wiestal, Germany.

Impala black granite has proven to be the most structurally and thermally stable material that will insure the high accuracies required by a coordinate measuring machine. Combine those properties with low porosity, low moisture absorption, superior strength, lower coefficient of thermal expansion, uniformity of texture and a non-glaring surface, and you truly have the ideal material for a CMM.

Heike Wenzel-Dafler, joint managing director of Wenzel emphasizes, “We believe the key to Wenzel’s continued success has been our commitment to building the highest quality and most structurally stable and accurate CMMs in the world. And to do that, it’s a necessity that black granite be used for the bases, rails, beams and rams. For those reasons, as well as the need to become more vertically integrated to better control our manufacturing and production processes and costs, Wenzel purchased a granite processing business in Germany in 2006. We made a strategic decision to not follow the direction of the majority of our competitors who continue to outsource not only granite plates, but also high value parts, sub assemblies and even complete machines to manufacturers in China. Wenzel will not compromise its level of quality and the granite, which is the single largest cost in our CMM products, provides Wenzel CMMs with the precision, dynamics and stiffness that most industries want and require,”

Complete and Accurate Measuring Provided by Werth's CT Machine

The Tomoscope from Werth Messtechnik is reportedly the world’s first integration of Computer Tomography (CT) with a multisensor coordinate measuring machine. This technology opens up completely new measurement possibilities by allowing quick, complete and nondestructive measurement of many features with CT, combined with the highly exact measurements of functional dimensions with tactile or optical sensors.

Industrial CT involves the capture, processing and reconstruction of a 3D workpiece from multiple views to quickly create an image of internal and external geometry.

CMMs with multisensor systems allow the operator to choose the sensor best suited to a given measuring task. This guarantees economic advantages, flexibility and higher reliability, but requires experience, is time-consuming and can require that the component to be pretreated.

The Tomoscope is unique in that tomography technology is brought together with the accuracy of a CMM. Rather than measure the size of parts, it measures the sizes, angles and diameters of the structures inside of a part — and calibration points are measured with accurate CMM sensors in the same measurement run, ensuring precision and traceability of the results.