What benefits will 5G bring to the machine tool industry?

5G-Driven Demand for Machine Tools

Firstly, there's the change in machine tool market demand.

With the arrival of 5G, electronic components and related products that don't meet the new generation of communication standards will inevitably be phased out. Sales of 4G-related electronic components such as multilayer ceramic capacitors (MLCCs) in Japan are declining steadily and are nearing their bottom. Murata Manufacturing Co., Ltd., a well-known Japanese electronic component manufacturer, recently stated that the arrival of 5G has hampered demand growth for its main products.

Conversely, the prices of electronic component materials related to 5G are currently soaring. For example, Suntech Power Electronics, the world's second-largest copper foil substrate (CCL) manufacturer, announced price increases of up to 5% for different materials starting in September, initiating a price hike for key components during the traditional peak season in the electronics industry.

Against this backdrop, machine tools that meet the processing needs of 5G products are bound to have a broad market, and some companies have already taken the lead.

5G's Impact on Machine Tool Technology Development

5G is changing more than just market demand. It alters the interdependencies and connection patterns between factory equipment, enables decentralization and grid computing, and ushers in the era of the "Internet of Everything."

Based on 5G's high speed, high reliability, and low latency, factories no longer need complex cables for data transmission. Systems can directly transmit and control wirelessly. For example, in the 4G era, deploying a wired network-connected industrial internet platform for a single machine tool cost around 3,000 yuan, and wiring was inconvenient. Relocation or work stoppage rendered the existing wired network useless. However, with 5G's massive connectivity, factories no longer need wired connections, eliminating the problems of aging machine tool wiring and inconvenient relocation, while also reducing network costs. Furthermore, industrial robots working alongside machine tools no longer require cables and can move freely between devices, providing a solid foundation for flexible manufacturing.

Furthermore, while numerous intelligent software control systems have been developed based on 4G networks to monitor factory operations, their reliability is insufficient due to network speed limitations. Relying on the high speed and low latency of 5G technology, factories can undergo digital transformation and upgrading much more rapidly. With just a mobile phone and computer, users can monitor and manage the operational status of all equipment anytime, anywhere via the internet. Based on this, machine tool companies can reduce labor costs, improve processing efficiency, and achieve better business results.

The Internet of Things (IoT) also brings massive amounts of information. Large amounts of industrial-grade data are collected through 5G networks and aggregated on cloud servers, forming a vast database. Machine tools can then leverage the supercomputing capabilities of cloud computing to learn and make judgments autonomously, providing solutions. This ensures shorter production times at each stage of manufacturing, faster and better solutions, and significantly improved production efficiency. Thus, machine tools become more "intelligent," robots become human assistants, and humans and machines coexist in the factory.