Machining center bare machine suitable for multiple environments

Abstract

The invention relates to the technical field of machine tool equipment, in particular to a machining center bare machine suitable for multiple environments. The machining center bare machine suitablefor multiple environments comprises a bare machine body and a working table arranged at the bottom of the bare machine body. An overhauling mechanism is arranged on one side of the bare machine body.A rapid assembly mechanism is arranged on the other side of the bare machine body. A cutter rest is arranged at the front end of the bare machine body. The bottom end of the cutter rest is provided with a cutter installation head. Through relative sliding between Z-axis rail sliding blocks and Z-axis rails, the cutter rest vertically moves along the Z axis. Through relative sliding between Y-axisrail sliding blocks and Y-axis rails, a saddle and the working table achieve transverse sliding in the Y-axis direction. Through relative sliding between X-axis rail sliding blocks and X-axis rails, atable top and the saddle achieve transverse sliding in the X-axis direction. Through the design of three-dimensional sliding, the bare machine is suitable for machining modes of workpieces of varioussizes in different shapes and suitable for machining in various environments, and therefore the market competitiveness is greatly improved.

Description

Technical field [0001] The invention relates to the technical field of machine tool equipment, in particular to a machining center optical machine that can adapt to multiple environments. Background technique [0002] Machining center machine is composed of the main part and basic parts such as the machine bed, bed saddle, worktable, column, guide rail, head box, etc., and the basic parts of the machine tool, which is the “skeleton” of the machine tool. Hydraulic transmission components, pneumatic components, electric motors and electrical components, as well as components such as numerical control systems. After finishing the assembly, inspection and painting according to relevant international and domestic standards, the machine manufacturer must provide it to the machine tool manufacturer assembly. The tool holder of the machine tool in the existing technology can only move up and down to realize the operation of the spindle To realize the processing of workpieces, different ...

AI Technical Summary

Problems solved by technology

Optical machine manufacturers need to assemble, inspect, and paint according to relevant international and domestic standards, and then provide assembly to machine tool manufacturers. In the prior art, the optical machine tool holder of the machining center can only move up and down to realize the operation of the spindle. To realize the processing of workpieces, workpieces of different sizes and types require different types of optical machines to assemble machine tools. In view of this, we propose a machining center optical machine that can adapt to various environments

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