Application Fields:

The MDV series vertical machining center is a high-precision and high-rigidity vertical machining center developed and manufactured by our company. This machine tool is suitable for processing complex mold contours, automotive components, and box-type parts for the service industry. It particularly excels in mold processing, making it the preferred choice for small and medium-sized mold part manufacturing. Its capability for achieving low-speed high-torque operations makes it well-suited for efficient machining of challenging materials such as high-strength steel, high-temperature alloys, and steel components.

Machine Features:

1.High Precision: The X, Y, and Z axis ball screws of the machine tool all adopt advanced hollow cooling technology, effectively controlling thermal deformation during the machining motion and enhancing machining precision. Additionally, the machine tool has a temperature compensation function, with temperature sensors installed at key locations on the machine body. These sensors analyze and compensate for coordinate positions through the CNC system, achieving high precision machining. 

2.High Speed: The machine tool spindle employs a variable-speed gear transmission structure with a maximum speed of 8000rpm and two-speed gear shifting, meeting both low-speed cutting requirements and high-speed machining needs. An optional 13000rpm electric spindle is also available. The X, Y, and Z axis guides use high-rigidity imported resin-bonded plastic sheet hardened guide slide pairs. The machine tool's tool changer employs a robotic arm that releases and retrieves tools via cam linkage, achieving rapid tool changes (2-second tool change time). All these parameters are at the leading domestic and international levels.

3.High Rigidity: The main body of the machine tool is made entirely of high-strength resin sand castings, with the bed being a integral casting. The column is fixed to the rear bed, while the cross slide and worktable move on it, enhancing the overall stability of the machine tool. Additionally, the machine tool's structure is optimized through finite element analysis during the design process, making it more rational.