The FH855L RTCP five-axis vertical machining center launched by Ningbo Kaibo CNC Machinery Co., Ltd. is designed specifically for the machining of high-precision, multi-sided, complex parts made of graphite. Based on the classic VMC850 five-axis linkage technology, this model integrates the advanced RTCP tool center point control function to achieve high-precision positioning and efficient cutting during the machining process, effectively shortening adjustment time and improving production efficiency. The FH855L is ISO9001 quality management system certified, ensuring the stability and reliability of the equipment and is suitable for the precision machining of special materials such as graphite. Since its establishment in 1994, Kaibo CNC has adhered to the concept of innovation-driven development. Its products are sold to many countries around the world. It has comprehensive pre-sales customization services and a sales and service network covering 26 locations worldwide, ensuring that customers receive professional technical support and timely after-sales guarantees. The FH855L is an ideal choice for customers in the manufacturing and service industries to improve machining quality and production efficiency.
1. Advanced RTCP function realizes dynamic control of tool center point and improves machining accuracy
2. Optimize five-axis linkage technology to support efficient processing of multi-faceted complex parts
3. Specially designed for graphite materials to meet special material processing requirements
4. Inheriting the mature technology of VMC850 to ensure equipment stability and processing accuracy
5. Passed ISO9001 quality management certification, quality guaranteed
6. Powerful pre-sales customization and global service network to fully support customer needs
It is suitable for high-precision processing of graphite materials and is widely used in electronics, semiconductors, mold manufacturing, new energy and high-end manufacturing markets. It is suitable for manufacturing companies and processing service providers that require efficient processing of multi-faceted complex parts.
