During cell production, the amount of scrap materials generated can be significant. Virtual twin experiences can help mitigate the amount of scrap materials, as well as to control and optimize production. Digital continuity between cell design and manufacturing process engineering will bring visibility on the performance of the manufacturing process. Virtual models of each step of the manufacturing process can provide insights on the efficiency of each step . This allows virtually designing and virtually testing improvements for each step towards an optimized solution that will potentially reduce the amount of scrap materials. Virtual twin experiences can also be applied at the line level, with solutions like factory flow simulations, to optimize the flow of materials across all the process steps. Such solution helps not only to identify production bottlenecks but also define mitigation paths for scrap materials, using methods like direct recycling, or optimizing the route for scrap material flows. Manufacturing Operations Management systems can execute such plans for materials traceability, quality controls or warehouse management. The integration of such a comprehensive tool chain is possible, bringing digital continuity from product and process engineering to manufacturing operations, so cell makers can improve material reuse and recyclability.