Slant-bed CNC lathes are widely used in modern machining for producing precise cylindrical parts with high efficiency. Their unique slanted bed design allows chips to fall naturally, improving cooling and reducing the risk of workpiece deformation. There are several types of slant-bed CNC lathes, classified according to their functionality, configuration, and application needs.

One common type is the standard slant-bed CNC lathe. This type features a single spindle and is designed for turning, facing, and threading operations. Its slanted bed provides excellent rigidity and stability, making it ideal for machining medium to large workpieces with precision. Standard slant-bed lathes are widely used in general manufacturing industries where accuracy and efficiency are essential.

Another category is the turret-type slant-bed CNC lathe. These machines incorporate a tool turret that can hold multiple cutting tools, allowing for automatic tool changes without manual intervention. This type of lathe is particularly suitable for mass production or multi-step operations, as it reduces downtime and increases productivity.

Dual-spindle or multi-spindle slant-bed CNC lathes represent a more advanced type. These machines have two or more spindles, enabling simultaneous machining of multiple workpieces or multi-sided operations on a single workpiece. They are widely used in industries that require high throughput and complex part geometries, such as automotive, aerospace, and precision engineering.

Finally, some slant-bed CNC lathes come with live tooling capabilities, allowing milling, drilling, or tapping operations in addition to standard turning. This type integrates multiple machining processes into a single setup, reducing production time and improving overall efficiency.

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The machine tool is a single-column vertical guideway structure. The column, base, and sliding seat are all made of high-grade gray cast iron resin sand technology. After aging treatment, a 45-roller linear guideway is used in combination with the guideway surface. It has a large bearing capacity, good precision stability, reasonable structure design, and good processing and assembly technology, to ensure the stability and accuracy retention of the machine tool in long-term use.
The spindle of the machine tool is driven by a high torque servo motor, which can not only cut at low speed and high torque, but also can cut at high speed, and meet the requirements of rough machining and finish machining.