In the automotive parts manufacturing industry, the demand for processing equipment in terms of efficiency, precision, and stability is extremely stringent. With the continuous development of the automotive industry, the complexity and diversity of parts have increased significantly. For example, engine blocks, transmission cases, and other key components require high - precision machining to ensure the performance and reliability of the entire vehicle. In terms of efficiency, in a large - scale automotive production line, a processing equipment that can complete the machining of parts in a shorter time can greatly increase the overall production capacity. Statistics show that a 10% increase in processing efficiency can lead to a 5% - 8% increase in the annual output of automotive parts.
The FH1890L is equipped with an advanced Mitsubishi control system. This control system has high - speed processing capabilities and can accurately control the movement of the machine tool axis. Similar to the brain of a human body, it can quickly and accurately process various instructions, ensuring the smooth progress of the machining process. In a previous project for a customer, the Mitsubishi control system in the FH1890L reduced the programming time by 30% and improved the machining accuracy by 0.01mm compared with the traditional control system.
The large - stroke structure of the FH1890L allows it to process larger - sized parts. In the automotive parts manufacturing process, many parts have large dimensions, such as some chassis parts. The large - stroke design of this machine tool can meet the one - time machining requirements of such parts, reducing the number of clamping times and improving the machining accuracy. For example, it can process parts with a length of up to 1890mm, which is very suitable for the production of large - scale automotive parts.
The FH1890L is also equipped with a variety of functional attachments, such as rotary tables, tool magazines, etc. These attachments can expand the processing functions of the machine tool. For example, the rotary table can realize multi - surface machining of parts, improving the processing flexibility. The tool magazine can store a large number of tools, reducing the tool change time and improving the processing efficiency. In actual production, these attachments can increase the processing efficiency by about 20% - 30%.
In the rough machining stage of automotive parts, the FH1890L shows excellent performance. Its high - power spindle and large - feed rate can quickly remove a large amount of material, improving the rough machining efficiency. For example, in the rough machining of engine blocks, it can reduce the rough machining time by 40% compared with some ordinary machine tools. At the same time, its processing flexibility allows it to adapt to different types of parts. Whether it is a simple - shaped part or a complex - shaped part, the FH1890L can complete the machining task.
A well - known automotive parts manufacturing company in Germany was facing problems such as low rough machining efficiency and high reject rates of parts. After using the FH1890L, the rough machining efficiency increased by 35%, and the reject rate decreased from 8% to 2%. This not only improved the production efficiency of the enterprise but also saved a lot of production costs.
Ningbo Kaibo CNC Machinery Co., Ltd. adheres to an innovative R & D concept. It continuously invests in R & D to improve the performance and functions of the machine tool. In addition, the company has a perfect after - sales service system. Whether it is equipment installation, debugging, or maintenance, professional technicians can provide timely support. This long - term support can ensure the stable operation of the equipment and help enterprises maintain a competitive advantage in the market.
For manufacturing decision - makers, when considering equipment investment and upgrade, they should first evaluate the long - term benefits of the equipment. The FH1890L, with its high - efficiency performance and long - term support from R & D and after - sales service, can bring continuous value - added to the enterprise. In addition, decision - makers should also consider the compatibility of the new equipment with the existing production line to ensure a smooth transition in the upgrade process.
The innovative heavy - duty machining solution of the FH1890L can achieve efficient production upgrades. Choose Kaibo CNC to help build the future of manufacturing. If you want to learn more about this innovative solution, click here.
