Global warming awareness has driven government legislation and consumer consciousness to develop suitable renewable energy development strategies and associated energy storage systems for decreasing greenhouse emissions . Among the different energy storage devices, rechargeable lithium-ion batteries (LIBs) are the best choice for their use in portable electronic devices and electric vehicles (EVs). The growth of EVs needs to go along with the development of battery production, with cells having high energy and power densities, high safety and recyclability, and low production CO2 fingerprint . The rapid upscaled production of LIBs to satisfy the increasing EV demand can be tackled by constructing large-scale factories, known as gigafactories, that reduce the cost of fabrication and increase manufacturing efficiency. Pre-production optimization is usually undertaken in smaller-scale plants, known as prototyping or pilot lines. The manufacturing process of LIBs involves multiple steps and numerous parameters . Electrode and battery cell fabrication consist of a sequence of actions linked between them, such as pre-mixing, mixing, coating, drying, calendering, cutting, final assembly of the battery cell, filling and formation . Training new technicians, operators and engineers to comprehend the interplay between manufacturing steps and parameters for efficient optimization of the battery production is time and costconsuming. Digital technologies, such as Virtual Reality (VR) and Mixed Reality (MR) can support the guidance to increase users' attraction to accomplish and understand this challenging task more efficiently.