Robotics

Battery recycling, reuse and recertification.

We need every battery we have to accelerate our transition to renewable energy.

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300 TWh

The world need 300TWh of batteries to fully transition to sustainable.

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7 TWh

Total global forecast lithium ion batteries production capacity by 2030.

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12M Tons

Estimated amount of batteries retired by 2030.

We need a circular economy to meet the growth in demand for lithium-ion batteries.

Exponential growth in demand for lithium ion batteries with an annual growth of 30-40%.

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The future is electric. We want to make it more sustainable.

We are committed to environment. For each battery we produce, another is recycled.

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Current challenges.

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Most battery packs are difficult to disassemble.

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Challenging for second life applications.

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Lack of scalable automation processes for reuse/recycling.

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Sustainable Design. Automated Solution

Sustainable Design. Automated Solution.

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Sustainable design.

We design battery packs to be reusable from the get-go.

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Disassembly automation.

We develop automation solutions to enable battery disassembly, reuse and recycling.

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Reuse and recycling.

We develop second life solutions for retired EV batteries.

Current challenges.

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Most battery packs are difficult to disassemble.

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Challenging for second life applications.

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Lack of scalable automation processes for reuse/recycling.

Sustainable Design. Automated Solution.

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Sustainable design.

We design battery packs to be reusable from the get-go.

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Disassembly automation.

We develop automation solutions to enable battery disassembly, reuse and recycling.

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Reuse and recycling.

We develop second life solutions for retired EV batteries.