Injection molding automation is a set of robotic systems used to handle and move plastic parts during the injection molding process. Injection molding is the process of injecting molten plastic into a mold cavity. Mold cavities can be formed using freeform molds or fixed molds. Automated injection mold making seems at first glance to be a complex and highly developed technical system. The truth, however, is that the basic idea behind this technology is both fairly simple and very multifaceted. The main purpose of injection molding automation in the manufacture of injection molded components remains to generate custom shaped plastic parts. Plastic parts with complex shapes can be manufactured using injection systems.
In the past, the traditional injection molding manufacturing industry relied on manual labor and injection molding machines to perform injection molding work, which was unreliable for the entire injection molding cycle time and personnel safety. In today’s manufacturing industry, with the advent of Industry 4.0, traditional injection molding methods are gradually being eliminated, and their… Continue reading Transforming manufacturing with injection molding automation solutions
Injection molding automation can help the manufacturing industry significantly improve efficiency, completely changing product design and production methods. In this guide, we will discuss with you the many advantages that injection molding automation brings to the forefront of the industry. Learn more about these technologies, from improved precision to cost-effective mass production. Role in precision… Continue reading What are the advantages of injection molding automation?
In March 2022, the new crown antigen kit went online in China. And it then quickly became a meaningful way to test for new crowns with its fast and convenient features. The surging market demand for medical supplies brings opportunities for the injection molding industry and challenges the efficiency of injection molding enterprises. To meet the… Continue reading How does an injection molding machine achieve a daily production of 200,000 sets of antigen self-test kits?
