Future Trends of Fully Automatic Wire Cutter and Stripping Machines
Are Fully Automatic Wire Cutter and Stripping Machines the Future Trend?
As we approach the era of 5G, information technology continues to advance rapidly. Wire cutting and stripping machines, essential for various industries such as communication, transportation, electronics, electrical engineering, and healthcare, are experiencing increasing demand. What are the future trends for these machines?
Currently, there are numerous types of wire cutting and stripping machines available in the market. Most of them are computerized machines with cutting and stripping functions, and some are pneumatic stripping machines with competitive prices. Despite the similarities in functionality, the quality of these products varies significantly. Many equipment manufacturers, in an attempt to reduce production costs, use components with insufficient precision, leading to undesirable effects such as uneven cutting and significant errors in the final production of wire harnesses.
Based on our understanding and statistics of customer demands in 2020, Fortune Sky Tech has observed a growing number of customers requiring diversified functionalities from wire cutting machines. Some customers need machines that can handle various shapes of wires, such as round sheathed wires and flat sheathed wires. Additionally, these machines should be equipped with the capability to strip inner core wires and handle different materials of rubber insulation, as well as electronic wires with large span markings. While there is still a small percentage of customers using pneumatic wire stripping machines, it represents less than 5% of the total demand. This is primarily due to considerations of labor costs and production efficiency, which are crucial factors for all processing enterprises.
Therefore, it is evident that the wire cutting and stripping machine industry will inevitably move towards trends of full automation, intelligence, and multifunctionality. This shift aims to reduce labor costs, enhance production efficiency, and meet the demands of industries such as communication, automotive, smart home, aerospace, healthcare, and electronics, where equipment for wire harness production must exhibit high precision, superior quality, and excellent stability.
