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Composite and high-precision small and slender shaft components:

The Swiss CNC lathe can simultaneously complete composite processing such as turning, milling, drilling, boring, tapping, and carving, and is particularly suitable for precision machining of such parts.

Swiss CNC lathe: It rotates under the drive of the spindle, while the tool system moves along the axial and radial directions of the workpiece for machining. A Swiss CNC lathe is usually equipped with multiple cutting tools, which can complete various machining processes such as turning, drilling, milling, tapping, etc. in one clamping, without the need to re clamp the workpiece between processes.

From the perspective of intelligent production, dual spindle turning and milling composite machine tools will gradually achieve intelligent production. By combining with intelligent technology, the automation and intelligent operation of equipment can be achieved, reducing production costs.

The emergence of dual spindle multi-functional CNC machine tool undoubtedly brings new development to the manufacturing industry. This high-performance Turn-Mill Machining CNC lathe can not only improve machining efficiency, but also achieve more precise machining and improve product quality.

The combined machining technology of turning and milling combines two machining methods, turning and milling, to complete the machining of complex parts in one go, improving machining efficiency and quality. This article explores how to optimize the combined machining process of turning and milling to improve production efficiency.

The optimization of turning milling composite machining technology is an important means to improve production efficiency and enterprise benefits. Enterprises need to develop reasonable optimization plans based on their actual situation. If you need advice, you can send an email to JSWAY CNC COMPANY for consultation.

CNC Swiss lathe is powerful, stable, and reliable processing equipment widely used in various industries.

Turning milling composite technology is an advanced machining technique that integrates turning and milling processes, enabling effective and high-precision machining. With the continuous development of manufacturing industry, this technology has gradually become an important part for major enterprises to achieve effective production.

Dual spindle turning and milling composite machine tools have become equipment for many enterprises due to their high efficiency and precision.

However, for many technicians who are new to the device, programming and operating it can be a challenge.

This article will provide a detailed introduction to the programming and operation process of the dual spindle turning and milling composite machine tool, helping technicians better master this advanced manufacturing equipment.

The Swiss lathe, also known as the walking type CNC lathe, mainly achieves the machining of workpieces through the axial movement of the spindle and the radial movement of the cutting tool. The workpiece is clamped on the spindle and rotates at high speed with the rotation of the spindle. At the same time, the tool moves precisely radially and axially along the guide rail to cut the workpiece. A Swiss lathe usually has multiple tool stations and can perform various machining operations simultaneously, such as turning, milling, drilling, tapping, etc., greatly improving machining efficiency.

In the field of modern precision machining, walking machines occupy an important position with their efficient and high-precision machining capabilities. However, when faced with long-term continuous processing, factors such as thermal deformation may affect the machining accuracy, which has become a professional issue that needs to be addressed.

The precision of the spindle directly determines the machining accuracy and surface quality of the workpiece. If the spindle accuracy is insufficient, various problems will occur during the machining process. For example, the dimensions of the processed parts may deviate and fail to meet the high-precision standards required by the design. This is absolutely unacceptable for parts that require extremely high dimensional accuracy, such as aerospace components and key components of medical devices.