What is an efficient method for recovering precious metals? "Non-ferrous metal sorting system"
We propose to increase added value through the recovery and sorting of valuable metals such as copper, aluminum, and brass using eddy current and color sorting technology, achieving high-purity non-ferrous metal recovery.
What kind of system is the non-ferrous metal sorting system? - It is a recovery system for non-ferrous metals that combines our non-ferrous metal sorter, conveyor equipment, and color sorter. 1. Non-ferrous metals (copper, aluminum, brass, etc.) are sorted using eddy currents in the non-ferrous metal sorter. 2. Non-ferrous metals (copper, aluminum, brass, etc.) are sorted by color using the color sorter. What benefits does it offer? - Recovery of valuable metals (aluminum, copper, brass, etc.) from processed materials. - Reduction of the number of personnel required for manual sorting, leading to lower labor costs. ★ Sample tests are currently being accepted! If you are interested, please contact us and let us know you would like a "sample test." *For more details, please refer to the PDF materials or feel free to contact us.
basic information
Sample tests are currently being accepted! We are accepting sample tests for free. This is only for non-ferrous metal sorting machines. We also offer standalone tests for color sorters, so please feel free to consult with us. *Please note that there may be cases where testing cannot be conducted depending on the sample. Additionally, we ask that you have a preliminary discussion with our sales representative regarding the test.
Price range
Delivery Time
Applications/Examples of results
Separation of aluminum and copper from copper-aluminum mixtures Separation of substrate and mixed metal from substrate and mixed metal products
Detailed information
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Non-ferrous metal sorting machine
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Two-stage color sorter
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Copper-aluminum mixed treatment material
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Separation of mixed copper and aluminum materials using a color sorter (copper side).
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Mixed treatment material of metal and substrate.
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【解析事例】ギヤポンプの自吸性能シミュレーション【流体解析】 自動車のオイルパンからエンジンオイルを吸い上げる際のギヤポンプのシミュレーションです。 自由表面流れ(VOF)にて計算しております。
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Mixed processing material of metal and substrate. After color sorter processing (substrate side).
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【解析事例】自動車の潤滑システム【流体解析】 内接ギヤポンプとスプールバルブの連成
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Mixed processing material of metal and substrate after color sorter selection (excluding substrate)
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【解析事例】自動車の潤滑システムのシミュレーション【流体解析】 外接ギヤポンプと圧力調整バルブとの連成
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【解析事例】ピストンポンプとバルブの連成【流体解析】 断面：速度の大きさ バルブ：圧力
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【解析事例】内接ギヤポンプのシミュレーション【流体解析】 内接ギヤポンプのキャビテーションの可視化です。
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【解析事例】外接ギヤポンプのシミュレーション【流体解析】 外接ギヤポンプのキャビテーションの可視化です。
