"Efficient and precise!" The new generation of slow wire electrical discharge machining (EDM) machines leads the innovation in manufacturing.

With the continuous improvement of the manufacturing industry's demand for high-precision processing, slow Wire electrical discharge machining (Wire EDM) technology, as an important process in the field of precision processing, is undergoing a new round of technological upgrading. Recently, a leading domestic machine tool manufacturer [Company name] has launched a brand-new generation of slow wire electrical discharge machining (EDM) machines, providing disruptive solutions for industries such as molds, aerospace, and medical devices with higher precision, greater stability, and intelligent functions.

Technological breakthrough: A dual leap in precision and efficiency

The [Model Name] slow wire electrical discharge machine tool released this time adopts a closed-loop servo control system and adaptive discharge technology, achieving a processing accuracy of ±0.001mm and a surface roughness of up to Ra0.1μm, far exceeding industry standards. Meanwhile, its innovative multi-threaded intelligent programming system has significantly reduced the programming time for complex workpieces, increasing processing efficiency by over 30%. It is particularly suitable for the precision processing of high-hardness materials such as titanium alloys and hard alloys.

Intelligent upgrade: Empowering intelligent Manufacturing

In response to the trend of Industry 4.0, this model is equipped with an Internet of Things (IoT) module and an AI process database, which can monitor the processing status in real time, automatically optimize parameters, and support remote fault diagnosis. Users can check the progress and adjust tasks through their mobile phones or computers, significantly reducing the need for manual intervention. In addition, the energy-saving design of the machine tool reduces energy consumption by 20% compared with traditional equipment, taking into account both environmental protection and cost-effectiveness.

Industry application: Addressing the pain points of precision processing

Slow wire cutting technology has long been the core equipment for the processing of precision molds, gears and aerospace components. The new model of [Enterprise Name] has solved the problems of easy wire breakage and low efficiency in multi-sided processing in traditional wire cutting through functions such as automatic wire threading and dual-head synchronous processing. A cooperative client provided feedback: "When processing micron-sized medical catheter molds, the stability of the new machine tool significantly reduced the scrap rate, helping us shorten the delivery cycle."