What Are The Advantage Of GloryTech CNC Slant Bed Lathe Machine ?

What are the advantages of gloryTech slant bed cNC Lathe machine?

Slant bed cnc lathe-s

Advantage of GloryTech Slant bed CNC Lathe Machine

The main performance indicators of the Slant bed lathe machine have reached the international advanced level, with ultra-high precision and stability, large cutting volume feed high rigidity structure, so that customers get high efficiency, low cost, pure German machine tools. This machine tool can process shaft and disc parts, turn threads, arcs, cones and internal and external surfaces of rotary bodies, and perform efficient, large-scale and high-precision machining of rotating body parts. In the design, the stiffness of the spindle, bed, tailstock and other components is reasonably matched, which greatly improves the rigidity of the whole machine and ensures the stability during heavy cutting. Therefore, the machining accuracy of our Slant bed CNC Lathe Machine can reach IT7 level. As a general-purpose machine tool, it is especially suitable for efficient, large-scale and high-precision machining of rotating body parts in locomotive, aerospace, military and other industries.

Slant bed lathe machine

Slant Bed CNC Lathe Machine adopts machinery, electrical, hydraulic integration structure, the overall layout is compact and reasonable, easy to repair and maintain, with high efficiency, high precision, high rigidity characteristics, key purchased parts are tendered and purchased, the selection of well-known manufacturers at home and abroad products, to ensure the high reliability of machine tools. The whole metal lathe machine adopts a fully enclosed protective structure, the appearance conforms to the principle of ergonomics, good humanity, and easy to operate.

Machine Bed Structure

This series of slant bed cnc lathe machine adopts an integral bed with a 45° bevel angle, which is more stable when cutting. The internal ribs are optimized with Ansys software to give the machine a high degree of rigidity. The bed material is made of high-density cast iron, which has high strength and good shock absorption. The 45° bevel angle chip removal performance is better to ensure the smooth cutting of the machine tool. The guide rail adopts 55 specifications precision linear ball guide rail, which has high feed accuracy, low friction resistance, good rigidity, high resistance to vibration and deformation, so that users can obtain higher processing accuracy and faster moving speed and production efficiency.

The two-axis feed

X axis and Z axis are driven by servo motor, and directly connected to the ball screw through the elastic coupling. The ball screw adopts a fixed installation method at both ends. Both shaft guide rails adopt rolling guide rails, the guide rail is four-way equal load type, high precision and large load, and the balls are separated by a cage to reduce the frictional resistance and temperature rise and thermal deformation during rapid movement, thereby greatly improving the processing accuracy, fast moving speed and production efficiency. Its outstanding advantages are small size, high precision, low maintenance cost, is the first choice of users who pursue high precision and cost-effectiveness, especially suitable for automotive, bearing and other industries with high requirements for the dimensional consistency of parts.

Spindle box

Our slant bed lathe machine tools has a single spindle spindle box, using the integral spindle unit, the motor directly drives the spindle rotation through the pulley, which reduces the power loss of mechanical transmission, and starts quickly and smoothly. The integral sleeve spindle structure is optimized for high rigidity and high speed. Through careful assembly, the spindle achieves the most ideal accuracy, with the characteristics of low temperature rise, small thermal deformation and high precision, so that the spindle keeps the spindle axis relatively stable when working for a long time. The special spindle encoder eliminates the synchronous belt drive mechanism and effectively reduces the failure rate.

The standard chuck of this slant bed cnc lathe machine tool adopts Taiwan 10-inch hollow hydraulic chuck, and the specification is φ260. The chuck can easily replace various fixtures, fast and adaptable, and can meet the requirements of users to process a variety of parts. Other specifications of hydraulic chuck and cylinder are also available.

slant bed lathe machine chuck

Saddle and skateboard :

The Slant bed cnc lathe machine saddle is made of high-density cast iron as a whole, and the skateboard and tool holder are placed on the saddle. The skateboard and the knife holder move on the saddle using imported 45 specifications linear ball guide, and the movement in the X-axis direction is driven by the servo motor through the elastic coupling and the ball screw, and the screw adopts imported high-precision ball screw, which has high precision and accurate transmission.

Tool holder

The standard tool holder of this cnc metal lathe adopts the servo tool holder of Taiwan. The tool holder adopts servo motor driven indexing and hydraulic locking to meet the requirements of high performance and fast tool change. The tool holder enables two-way tool selection in the nearest direction. By controlling the acceleration and deceleration process by servo motor technology, the tool holder can still complete the flexible indexing positioning without impact under high inertial load. High-precision triple toothed disc structure, hydraulically driven, so that the cutterhead can be released and locked without lifting, effectively protecting the internal mechanical structure from external contamination (coolant, iron filings, dust, etc.). The triple toothed disc is made of high-hardness alloy steel precision grinding, large size, high locking force, to ensure the high rigidity and precision of the tool holder. The tool holder is made with precision, the number of parts is small, the design is reasonable, the working temperature is low, and the lubrication is long-lasting, which ensures its accuracy and reliability in the process of use.

Tailstock:

The tailstock is programmable and the tailstock body is split. The tip is fixed in the tailstock body tip sleeve, and the tailstock body is driven by the hydraulic cylinder to move the whole on the linear guide rail. The tailstock spindle movement is automatically realized by the NC system M function or manually by the buttons on the control panel. After pressing the workpiece forward when driving the tailstock, maintain the appropriate pressure of the tailstock body to complete the topping action.

Note: When using standard top top top tightening workpieces, the minimum diameter that can be cut by this machine is φ30, other specific conditions depend on the workpiece and top conditions.

slant bed metal lathe