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Precision shaft machining solutions—continuously advancing toward ever higher precision.


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Industry News

Published:2022-06-10

Precision shaft machining The technology integrates advancements from various fields—including machine tools, cutting tools, metrology, CNC systems, materials, and environmental control—and represents a systematic engineering endeavor. It has evolved gradually, leveraging comprehensive integration based on different machining objects and diverse design requirements. We are focused on the field of intelligent manufacturing and have now established a diversified business development model encompassing precision shaft machining, automated equipment manufacturing, and industrial intelligence. In Precision shaft machining In this field, the company currently possesses high-end precision machining equipment covering the full range of mechanical processing capabilities. It is equipped with a professional team of technicians and process engineers, providing customers with comprehensive solutions tailored to their specific needs.

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  Mazak machining lathes: The machining accuracy of Mazak machining lathes can reach... 0.01mm Its enhanced automation design can meet users’ increasingly stringent automation requirements. Another new approach is to boost multitasking capabilities and accelerate computing speed, thereby improving productivity.

  Vertical Machining Center: Equipped with a high-rigidity, high-precision machining center, suitable for difficult-to-machine materials such as titanium alloys and high-temperature alloys, with machining accuracy... 8 mu m It can perform milling and engraving operations on parts with irregular shapes. Precision shaft machining The center covers the entire process and is equipped with professional programmers, making it suitable for prototyping and machining various non-standard parts.

  Horizontal turning and milling composite machining center: Machining accuracy of all turning equipment 8 mu m The spindle speed is high. The horizontal turning and milling composite machining center features both milling and drilling capabilities. It can complete all machining operations in a single clamping, reducing systematic errors caused by repeated clamping and improving machining accuracy—making it particularly suitable for high-precision connectors.

  CNC Boring and Milling Machine Center: PAMA The CNC boring and milling machine is a high-end piece of equipment based on the European system. It features a horizontal machining center structure, and its spindle is equipped with a magnetic grating scale that compensates for roundness and diameter accuracy. 360 The indexing turntable boasts high machining accuracy and can effectively prevent precision errors caused by stress deformation and thermal deformation. The machining accuracy is: 6 mu m This ensures that the machining meets the requirements for geometric tolerances.

  Vertical CNC Turning and Milling Composite Machine Tool: The vertical turning and milling composite machine tool is manufactured by a Taiwanese company. It features high-precision simulation machining capabilities for complex cavities and large-sized parts, and can also process large gears, high-pressure vessels, and interpolating lathes with exceptional machining accuracy. 0.01mm It enables integrated rough and finish machining. The vertical CNC turning and milling machine can simultaneously perform spherical surface machining, offering a wider processing range. The chuck plate allows for one-time clamping and precise finishing in a single setup.

  CNC Gantry Five-Sided Machining Center: The CNC gantry five-sided machining center boasts authentic Spanish “heritage.” Its unique technology ensures true machining at any angle, achieving balanced cutting. It can process a wide variety of irregular cavities, with machining accuracy reaching— 8 mu m 。

   Currently, Precision shaft machining Technology can solve many machining challenges—such as high precision, advanced complexity, extreme hardness, and difficult-to-process materials—that are hard to achieve with conventional methods, and it has become increasingly mature. Precision machining equipment will evolve toward digitalization, automation, and intelligence, bringing about significant economic and social benefits in the future.