In the field of machining, shaft parts are the core basic parts of all kinds of machinery and equipment, mainly bear the role of supporting transmission parts, transferring motion and torque, and its processing quality directly determines the operating accuracy and service life of the equipment. From smooth shafts to shaped shafts, from rough turning to fine grinding.

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Versatility: Turning and milling compound lathe can carry out turning, milling, drilling, tapping and other machining operations, which reduces the number of workpiece clamping and machining time. As an advanced processing equipment, mill-turning lathe is characterised by its versatility, high precision and high efficiency.

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What is the maximum machining accuracy of the machine tool?

For a long time, slow quoting, long lead time and low efficiency have been the major pain points in the field of non-standard parts customisation in the manufacturing industry, because in the traditional quoting and purchasing model, you need to rely on paper drawings to communicate and order non-standard parts, which is a cumbersome and time-consuming process.

Machining error is the degree of deviation between the actual geometric parameters (geometric dimensions, geometric shape and mutual position) and the ideal geometric parameters of a machined part.

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[Abstract] The machining process includes roughing and finishing, and its influence on the machining accuracy of the parts is mainly manifested as the intrinsic influence, the influence of force and the influence of thermal change. In order to make the machining accuracy to meet the prescribed standards, for these influencing factors, in the processing of parts

01 Boring Standard boring, as an integral part of a machining centre, is designed to ensure the dimensional and form accuracy of the hole system, thereby correcting errors that may have arisen in previous processes. This type of machining is mainly used for critical mating holes or support holes in machine parts.