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BHS Unveils Max-AI AQC-C

The collaborative robotic sorter will be on display at WasteExpo, held May 6-9 in Las Vegas, alongside a revamped Max-AI product line.

Bulk Handling Systems (BHS) has launched the Max-AI AQC-C, a solution that comprises Max-AI Visual Identification System (VIS) and at least one collaborative robot (CoBot). CoBots are designed to work safely alongside people, which allows the AQC-C to be placed into existing materials recovery facilities (MRFs), according to BHS.

BHS launched the original Max-AI Autonomous Quality Control (AQC) at WasteExpo in 2017. At this year’s show, the company’s next-generation AQC will be on display along with the AQC-C. 

Unlike the AQC, which needs more structure to support the robot and guard employees, the AQC-C can be installed in sort cabins, on narrow walkways and in other tight locations, explained BHS. It also is easily scalable; up to four robotic sorters can be added behind each Max-VIS system, noted the company. Each sorter can sort up to 40 picks per minute and up to three different material types.

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“The AQC-1 and AQC-2 are fantastic solutions in the right system, but in our business, footprint and installation modifications are always a major factor,” said BHS Vice President of Sales and Marketing Rich Reardon in a statement. “The AQC-C is the perfect complement to our Max-AI family of sorters; it’s a fast and easy installation and can work essentially any place a manual sorter can. Unlike a manual sorter, the AQC-C won’t get tired, sick, injured or no-show—and it will sort all day without a break! The flexibility is tremendous: customers are able to add one, two, three or four units per VIS and adapt with their processing needs. We’re really excited about our newest Max offering and can’t wait to show it off at WasteExpo.”  

Max-AI VIS is a standalone piece of equipment used to analyze and report material composition data to operators. The all-new Max-AI product line includes VIS in its standard design with all equipment, rather than incorporated into the equipment structure. This makes possible the installation of VIS independent from a robotic or optical sorter, and this distinction benefits Max-AI customers in several ways. The neural network artificial intelligence is trained for each installation, which takes place after VIS gathers data from the material stream. When VIS is installed beforehand, the robotic or optical sorters can be installed when the AI is trained and optimized. It also allows for detailed material composition data to verify that either the purchased equipment is the correct solution or that a modification should be made. Finally, a standard VIS design provides the future flexibility to add equipment to VIS units or move equipment as processing needs change.

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