Multi-Industry Use Vertical Machining Center

Basic Info

Model No.: LS BSC 855

Product Description

Multi-Industry Use Vertical Machining Center

This machining center stands out for its innovative design features, unparalleled operating capabilities and extremely high safety. The bed and saddle adopt a large-span linear guide structure to reduce overhang, improve saddle rigidity, and be more conducive to high-speed movement and long-term stable accuracy. The Three Wires Vertical machining center emphasizes accuracy and reliability, providing a unique approach to high-speed precision production processes. At the same time, the "A"-shaped large-span structure at the bottom of the column, the symmetrical large-span structure of the spindle box, the short cantilever, and the backward shift of the center of gravity improve the cutting stability of the Z axis.

The main features of the high-precision LS VS 960 vertical machining center include the use of high-precision ball screws and high DN values to achieve its high speed; axial preload loading ensures the rigidity and stability of the transmission system. The three-wire vertical machining center excels with multi-axis configuration and fast moving speed, while the direct-drive vertical machining center introduces linear motor technology to improve speed and accuracy.

In short, the modular slide design of the vertical machining center and a variety of spindle options (high-rigidity rectangular sliding guides can be selected for the Z axis) meet different cutting needs. All cast iron structural parts are optimized by 3D design and finite element analysis, and are treated by alternating tempering and aging processes to completely eliminate the internal stress of the castings and improve the overall motion rigidity and precision retention of the machine tool.

The high-precision LS VS 960 vertical machining center is a cutting-edge solution for many industries such as aerospace, automotive, shipbuilding, consumer electronics, precision molds and mechanical parts processing. This vertical machining center is designed using precision engineering principles to ensure high workpiece quality and minimum tolerances. Its solid structure and advanced technology make it an ideal choice for demanding applications in a variety of industries.