WEBVTT - generated by wenglor-media

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We collect waste,

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bring it here to the site,

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process it here

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and then either send it for

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material recycling or thermal recycling.

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With this approach,

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the recycling company Brockmann

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from northern Germany

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ensures the sustainable use

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of valuable raw materials.

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Brockmann relies on a

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modular detection system

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from RTT System GmbH

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that combines various sensor technologies.

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A central component are the

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2D/3D profile sensors from wenglor.

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The final step in

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sorting mixed construction waste

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is particularly challenging

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and fully automated.

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Two robots are used here,

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each equipped with an

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MLSL or M2SL sensor from wenglor.

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These 2D/3D profile sensors

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precisely detect the height profiles

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of the materials on the conveyor belt

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and provide accurate data on the shape

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and position of the individual objects.

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Using this information, the system recognizes

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foreign materials such as plastics or wood

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and calculates the optimal

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gripping points for the robot arms.

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The height profiles also help

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to avoid collisions

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with neighboring objects.

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This ensures that the sorting process

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runs safely and efficiently.

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The 2D/3D sensor essentially offers

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the advantages of a relatively large working
width,

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very fast data processing

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and the ability to deliver

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results from the height profiles,

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but it can also measure

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height differences very precisely.

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All these points together mean

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that we can use

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this sensor for specific applications,

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and also in different working conditions

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where our machines are located.

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They are in dusty environments,

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they have changing temperature ranges.

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The sensor works very reliably everywhere

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and we can integrate it well.

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The use of intelligent sensor technology

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in combination with precise robotics

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means that the sorting process is

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controlled entirely on the basis of data.

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This allows material flows to be processed

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efficiently and reliably, which significantly

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improves the quality of the sorting.

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The technology thus promotes

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the responsible use of raw materials

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and a sustainable circular economy.