The VC855 vertical machining center features a super-rigid bed and an extra-large span integrated structure, giving it excellent vibration resistance. Its feed system comes with large-size roller linear guides and precision ball screws, ensuring smooth movement and reliable positioning accuracy. The machine is equipped with a high-torque, high-speed spindle motor, providing plenty of cutting power. A workpiece only needs to be clamped once to complete multiple operations like milling, drilling, boring, reaming, tapping, and counterboring. The machine meets the processing needs of the new energy vehicle industry and is capable of producing parts like brake discs, brake calipers, and car light molds.

 The VC1165 vertical machining center features an ultra-rigid bed and a large-span integrated structure, giving the machine excellent vibration resistance. Its feed system comes with oversized roller linear guides and precision ball screws, ensuring smooth movement and reliable positioning accuracy. The machine is equipped with a high-torque, high-speed direct-drive spindle motor, providing ample cutting power. With just one workpiece setup, it can handle multiple processes like milling, drilling, boring, reaming, tapping, and counterboring. It’s well-suited for the needs of the new energy vehicle industry and can handle parts production like wheel hubs and electronic control housings.

New energy vehicle battery modules mainly consist of the batteries and the trays that hold them. These battery trays are usually made by joining and welding multiple aluminum plates. After that, depending on assembly needs, the trays go through a series of processes like drilling and milling to achieve high precision and flatness, meeting the requirements for battery module assembly and vehicle assembly. Currently, processing battery trays generally requires multiple handling, repeated clamping, and re-positioning for tooling, which makes the workflow complicated and reduces efficiency. To address this, our company has developed a composite machining center for battery trays. On this machine, the trays can go through all drilling, milling, and other processes in one go, ensuring quality while greatly improving production efficiency and making automated production easier.

The LQI2520 machine features a bed, worktable, saddle, column, and spindle box all made from cast materials, giving it plenty of rigidity and excellent vibration and shock resistance.

It uses an integrated machine body structure with three-axis roller linear guides. The worktable is fixed, and the gantry moves during operation, making it compact while still capable of supporting heavy loads.

This equipment is mainly designed for processing battery module trays for new energy vehicles, achieving processing speeds up to twice that of traditional gantry machining centers. Plus, the machine comes with automated support systems, allowing for unattended automated production.

The BMI5A3020 is a gantry-style five-axis CNC machining center with a moving beam and dual swivel heads. It uses a dual gantry structure, offering excellent high-speed movement performance. The machine's cast body provides high rigidity, ensuring long-term stability and reliability during extended machining.

The beam features a box-in-box symmetrical design, which distributes cutting forces evenly and structurally prevents tipping issues. The guide rail base is modular, relying on our factory's exclusive assembly technique to ensure precise installation.

The machine is equipped with an HSD high-performance five-axis swivel head, allowing the workpiece to undergo multi-angle milling, drilling, and other complex processes in a single setup. It's an ideal choice for efficiently machining aluminum alloy new energy battery trays.

Equipped with a high-power, high-rigidity electric spindle and a ring-jet cooling system, it effectively suppresses thermal deformation and ensures high-precision machining over extended periods. It features a chain-type tool magazine for rapid tool changes and ample capacity. The overall solution significantly improves machining accuracy and efficiency, making it particularly suitable for high-speed, high-precision machining of large, complex workpieces and curved cavities.

For multi-curved, multi-cavity, and easily deformable thin-walled parts such as motor housings and integrated die-cast parts, the five-axis machining center can achieve multi-face machining in a single setup, ensuring accuracy while avoiding cumulative errors from multiple setups.

Materials such as aluminum alloys place extremely high demands on machine tool rigidity, cutting force control, and dynamic accuracy. The high-rigidity machine tool structure effectively suppresses vibrations during machining, ensuring the machining quality of thin-walled parts. For large components such as the integrated die-cast front compartment and rear floor, FEIN's large gantry machining center has been developed.

The FMS, composed of multiple machine tools, automated logistics, and a central control system, can flexibly handle the production needs of high-variety, small-batch production. Through zero-point quick-change tooling (repeat positioning accuracy ≤0.005mm) and a built-in standardized process library, machining programs can be retrieved with a single click, significantly reducing product changeover time.