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The base and column of the KAT856 vertical machining center bed are made of high-quality mineral castings formula and process from Switzerland at room temperature. Compared with the traditional cast iron bed, the mineral bed has the advantages of high shock absorption,good thermal stability, high rigidity, accelerated over tonality,good over-cutting performance, high corrosion resistance, energy saving and environmental protection. At the same time it ensures that the machine tool has better static accuracy and dynamic accuracy during use.
The base and column of the KAT856 vertical machining center bed are made of high-quality mineral castings formula and process from Switzerland at room temperature. Our equipment utilizes this advanced material structure to dramatically reduce vibrations during intense operations. By integrating this specialized construction, our KAT856 vertical machining center achieves exceptional operational smoothness. Industrial facilities benefit greatly from this robust foundation because it significantly minimizes tool wear. This structural integrity guarantees extended equipment lifespan and consistently reliable performance across complex projects.
Compared with the traditional cast iron bed, the mineral bed has the advantages of high shock absorption, good thermal stability, high rigidity, accelerated over tonality, good over-cutting performance, high corrosion resistance, energy saving and environmental protection. This extraordinary mineral casting bed ensures that temperature fluctuations within the facility do not compromise machining precision. The superior vibration damping characteristics allow for flawless surface finishes on intricate workpieces. Operators can maintain continuous high-speed production cycles without worrying about structural deformations.
At the same time it ensures that the machine tool has better static accuracy and dynamic accuracy during use. We engineer our machinery to meet the rigorous tolerances demanded by modern industrial applications. Consistent dimensional control is critical for complex metalworking operations, and our system delivers exactly that. By minimizing geometric deviations, the machine supports highly efficient and repeatable manufacturing processes. This reliability empowers your production lines to achieve flawless output every single time.
| Project | Unit | KAT856 | |
| Processing range | Table travel (X-axis) | mm | 800 |
| Saddle travel (Y-axis) | mm | 550 | |
| Headstock travel (Z-axis) | mm | 600 | |
| Distance from spindle face to work surface | mm | 125–725 | |
| Distance between spindle center and column guide rail surface | mm | 631 | |
| Workbench | Table size | mm | 1000×550 |
| Table bearing | Kg | 450 | |
| T-slot (Number of slots – slot width × spacing) | mm | 5–18×100 | |
| Spindle | Rated power of motor | kw | 18 |
| Maximum spindle speed | r/min | 12000 （Direct motorized spindle） | |
| Spindle diameter | mm | 190 | |
| Shank specification | BT40 | ||
| Rail | X/Y/Z axis – Rollers | mm | 35/45/45 |
| Actuate | Ball screw X/Y/Z | mm | 4016/4016/4016 |
| Motor torque X/Y/Z | kw | 3 | |
| Speed | Cutting feed speed range | mm/min | 1–10000 |
| X,Y,Z axis fast moving speed | m/min | 48/48/48 | |
| Machine Tool Accuracy | Positioning accuracy (X/Y/Z) | mm | ≤0.008 |
| Repeated positioning accuracy (X/Y/Z) | mm | ≤0.005 | |
| Axial clearance | mm | ≤0.003 | |
| Tool Magazine | Maximum capacity of knife library | handle | BT40–24 |
| Numerical Control System | SYNTEC/FANUC/MITSUBISHI | ||
| Machine Weight（about） | T | 5.8 | |
The products are subject to change without notice.
Our advanced CNC milling equipment excels in the production of complex molds and intricate automotive components. The exceptional rigidity of the structural base allows for deep cutting operations without sacrificing surface quality. Automotive facilities rely on this precision to craft durable engine parts and precise mechanical assemblies. High-speed processing capabilities ensure that tight production deadlines are consistently met. This versatile machine easily handles various hard metals typically utilized in modern vehicle manufacturing.
The robust performance of our machine makes it an ideal choice for the demanding military aerospace and marine vessel sectors. Manufacturing critical flight components requires the absolute highest level of sustained precision metalworking. Our system confidently processes specialized alloys while maintaining strict adherence to complex geometric designs. Shipbuilders also utilize this reliable technology to create heavy-duty structural elements with perfect accuracy. The resulting parts exhibit the superior strength needed for extreme operational environments.
We maintain strict quality control through advanced casting technology and comprehensive testing systems for every unit. Each machine undergoes rigorous positioning accuracy and cutting accuracy inspections before leaving our facility. This dedication ensures that our clients receive dependable solutions tailored perfectly for heavy-duty metalworking tasks. We offer a rich product range alongside flexible custom capabilities to address specific industry demands. By prioritizing technological innovation, we deliver fast production schedules and comprehensive global technical support.
This equipment is highly suitable for mold manufacturing, automotive parts, wind and nuclear power, marine vessels, and military aerospace.
Yes, we provide tailored machine tool solutions according to the special production needs of specific industries like aerospace and automobiles.
We employ an advanced casting process, a strict testing system, and thorough cutting accuracy inspections to guarantee optimal performance.
