Introducing our cutting-edge copper bar stripping machine, designed specifically for the processing of new energy vehicle (NEV) connection hard copper rows. This remarkable machine has already gained popularity with multiple sets sold, thanks to its exceptional performance. 
Traditionally, the surface of NEV connection hard copper rows is covered with a tough layer of glue, making it a laborious and delicate task to manually peel off both sides while ensuring surface protection. This manual process is time-consuming and prone to errors, risking damage to the product surface. Even the slightest scratch can render the copper part unusable, resulting in costly waste.
However, our copper bar stripping machine provides an innovative solution to overcome these challenges. It effortlessly removes the hard glue in just 15 seconds, offering unmatched efficiency. What’s more, it ensures the utmost protection of the product surface throughout the peeling process, eliminating the risk of damage.
The copper bar stripping machine‘s speed and precision make it a game-changer in NEV manufacturing. By drastically reducing the time required for peeling, it significantly improves productivity. Moreover, its advanced technology and intelligent control systems guarantee consistent results, eliminating variations and errors often encountered with manual peeling. This not only enhances efficiency but also minimizes material waste, leading to more sustainable and cost-effective production.
In summary, our copper bar stripping machine revolutionizes the NEV industry. It simplifies the process of peeling NEV connection hard copper rows, safeguarding the product surface while ensuring consistent and reliable results. Its outstanding performance has made it the preferred choice for manufacturers worldwide, setting new standards in quality and efficiency.
We invite you to witness the transformative power of our copper bar stripping machine, as it paves the way for accelerated NEV production. Experience enhanced manufacturing processes and join us in shaping the future of NEVs. Here are two videos about this kind of machine introduction: