Front-loading CNC lathe, which utilizes a short-throw pushrod CNC lathe feeding machine to push the workpiece bars and automatically clamps, locates, and processes them, representing a new generation of CNC machine tools.

Its features include the ability to process shorter bars and a more even distribution of space.

The CNC automatic lathe with pre-material feeding can be customized for actual processing requirements. High-precision products use imported CNC systems, while less precise products utilize domestic stepper CNC systems. Small products with short shafts can be processed using vibration pan pre-material feeding, while long shafts or heavier products can use hopper rear feeding. The CNC gauge lathe can achieve fully automatic feeding and control of length. It eliminates the laborious manual processes of traditional CNC machines, such as manual loading, clamping, turning on, and unloading, making it an upgraded and alternative product to standard CNC lathes.

The operation and monitoring of the CNC automatic lathe's front feeding are all completed within this CNC unit, which serves as the brain of the CNC machine tool. Compared to conventional machine tools, CNC machines have the following features:

High processing accuracy, with stable processing quality.

Capable of multi-axis linkage, suitable for processing complex-shaped parts.

When the processed parts change, it generally only requires altering the CNC program, which can save production preparation time.

The machine tool itself has high precision and rigidity, allowing for favorable machining allowances, resulting in high production rates (typically 3 to 5 times that of conventional machine tools).

High-precision machine tools with advanced automation can alleviate labor intensity.

High quality requirements for operators, even higher technical requirements for maintenance personnel.