Numerical-control automatic cam lathe

Abstract

The invention discloses a numerical-control automatic cam lathe comprising a frame, an engine base, a nose, a spindle, a numerical-control operator, a feed device and a numerical-control cutter rest. The numerical-control cutter rest is provided with an X-axis cutter, a Y-axis cutter and a Z-axis cutter, and the Z-axis cutter is driven by an eccentric cam connecting rod mechanism. The numerical-control automatic cam lathe has the advantages that the eccentric cam connecting rod mechanism controls cutter feed, is combined with numerical control and the like to perform fine operation and guarantee size accuracy in product processing; workpiece clamping is completed through automatic feeding, labor is reduced and labor efficiency is improved; cut workpieces are automatically fixed, multi-directional cutting can be realized, cutting requirements of different shapes are met, the same workpiece can be processed and formed on the lathe at one step without frequent changing devices, full-automatic cutting process is realized, processing size and shape and position tolerance of the workpiece are guaranteed, and production efficiency and product processing speed are effectively improved.

Description

technical field

[0001] The invention relates to a lathe, in particular to a lathe which meets various processing requirements and processes high-precision parts. Background technique

[0002] Lathe is a kind of commonly used cutting processing equipment. Several existing lathes have the following problems:

[0003] (1) In the original general-purpose CNC lathe, the outer circle, inner hole, end face, and outer thread of the processing parts need to be completed step by step by division of labor. The workpiece clamping cannot be fully automated. Each part needs to be clamped manually, and the processing speed Slow, low labor efficiency, high manufacturing cost;

[0004] (2) For the original cam bicycle, although each part can be loaded into the fixture when processing the parts, the machining of the outer circle, inner hole, end face, and outer thread of the parts requires multiple automatic lathes to be distributed and completed multiple times. In the material, the process...

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