What types of machining tasks is the Inclined 45° conjoined casting precision machine tool suitable for?

Inclined 45° conjoined casting precision machine tool is suitable for many types of processing tasks, mainly including but not limited to the following aspects:

High-precision parts processing: Due to the 45° inclined design and the characteristics of the conjoined casting structure, this machine tool can achieve high-precision parts processing, including parts processing with high requirements on size, shape and surface quality, such as precision mechanical parts and mold parts. wait.

Processing of various materials: Inclined 45° conjoined casting precision machine tool is suitable for processing a variety of materials, including metal materials (such as steel, aluminum, copper, etc.), non-metallic materials (such as plastics, composite materials, etc.) and various difficult-to-process materials Processing of materials (such as titanium alloys, high temperature alloys, etc.).

Complex curved surface processing: The 45° tilt design and multi-axis control system enable the machine tool to flexibly handle complex curved surface processing tasks, such as automotive molds, aerospace parts, etc.

Small batch production and customized processing: Inclined 45° conjoined casting precision machine tool is versatile and flexible, suitable for small batch production and customized processing needs, and can quickly adjust processing parameters and process flow to meet customers' personalized processing requirements.

Micromachining and micromachining: The Inclined 45° conjoined casting precision machine tool is equipped with a high-precision control system and cutting tools, which can achieve micron-level machining accuracy. It is suitable for micromachining and micromachining fields, such as micro parts processing, optical component processing, etc.

Inclined 45° conjoined casting precision machine tool is suitable for a wide range of machining tasks, especially those requiring high machining accuracy, complexity and flexibility.