In the highly competitive automotive industry, the demand for high - efficiency and stable processing equipment has reached an all - time high. Traditional processing solutions often face bottlenecks such as low production line rhythm, high defect rates, and long payback periods for equipment investment. These issues have severely restricted the development of manufacturing enterprises, making it urgent to seek innovative and efficient processing equipment.
The FH1890L is designed with a large - stroke structure, which can meet the processing requirements of large - sized automotive parts. Its X - axis stroke can reach up to 1890mm, providing a wide range of processing space. This large - stroke design significantly improves the one - time processing range of parts, reducing the number of part re - clamping and positioning, and effectively improving processing efficiency. For example, in the processing of large - sized engine blocks, the large - stroke structure allows for more comprehensive and continuous processing, which can reduce the processing time by about 30% compared with traditional processing centers.
Equipped with a Mitsubishi controller, the FH1890L achieves high - precision and stable processing. The Mitsubishi control system has excellent motion control algorithms and high - speed processing capabilities, which can accurately control the movement of the machine tool spindle and axes, ensuring high - precision processing of parts. In actual production, it can control the processing accuracy within ±0.01mm, greatly reducing the defect rate. Moreover, the stability of the control system ensures the long - term stable operation of the machine tool, reducing the probability of machine tool failures and downtime.
The FH1890L is equipped with a variety of optional attachments, such as right - angle heads and probes. These modular attachments can significantly enhance the processing flexibility and efficiency of the machine tool. The right - angle head allows the machine tool to perform multi - surface processing on parts without re - clamping, which is especially useful for processing complex - shaped automotive parts. The probe can be used for on - machine measurement and compensation, improving the processing accuracy and quality. With the use of these attachments, the processing efficiency can be increased by up to 40% in some complex processing scenarios.
A well - known automotive parts manufacturing company has introduced the FH1890L large - stroke vertical machining center. Before using this machine tool, the company's production line had a long processing cycle, a high defect rate, and a low equipment investment return rate. After the introduction of the FH1890L, through the optimization of the production process, the production line rhythm was significantly improved. The processing time of a single part was shortened by 25%, and the defect rate was reduced from 5% to less than 1%. At the same time, due to the improvement of processing efficiency and quality, the company was able to shorten the delivery cycle by about 30%, which greatly improved customer satisfaction and market competitiveness.
Kebo CNC adheres to the R & D concept of "customer - centric and technology - driven". It continuously invests in R & D to ensure that its products are at the forefront of the industry. In addition, Kebo CNC has established a comprehensive after - sales service system. Its professional after - sales team can provide 24/7 technical support and maintenance services, ensuring that customers can get timely help when they encounter problems. This long - term value and sense of trust established by the R & D concept and after - sales system are crucial for customers to choose Kebo CNC products.
In the context of the current manufacturing industry's transformation and upgrading, heavy - duty machining centers are becoming the key infrastructure for manufacturing upgrades. With the increasing demand for high - precision, high - efficiency, and intelligent manufacturing, heavy - duty machining centers like the FH1890L, which combine advanced control systems, large - stroke structures, and modular attachment expansion capabilities, are playing an increasingly important role in promoting the intelligent manufacturing upgrade of enterprises. They can help enterprises improve production efficiency, reduce costs, and enhance market competitiveness.
Let every investment be transformed into productivity! From rough processing to finishing, the FH1890L large - stroke vertical machining center can meet your needs. If you are looking for a high - efficiency and stable processing solution for automotive parts rough processing, click here to learn more about the FH1890L and take the first step towards intelligent manufacturing upgrade.
