The Y-axis twin ball screw drive demonstrates overwhelming thrust and straight tracking performance!
The "ZEUS-86" is a large high-precision machining machine that pursues high-precision processing and enables complete adherence to power and minute command values through a twin-drive system. It features spindle characteristics that cover a wide range from low-speed heavy cutting to high-speed fine machining. Its robust structure and twin ball screw-driven table dramatically improve the movement accuracy of each axis. 【Features】 ■ Robust head, column, saddle, and spindle housing structure ■ Dramatically improved axis movement accuracy with twin ball screw drive ■ Ideal balance design with the spindle centerline positioned as close as possible to the column surface ■ Wide coverage from low-speed heavy cutting to high-speed fine machining *For more details, please refer to the PDF materials or feel free to contact us.
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basic information
【Specifications】 ■Axis travel (XYZ): 800・600・400mm ■Spindle speed: 200–25,000 min-1 ■Tool shank type: HSK-E50 ■Number of ATC tool storage: 30 tools ■Machine weight: 8,000kg ■Positioning accuracy (X, Y, Z axes): Tolerance ±0.0020mm, Measured value ±0.0004mm ■Repeatability accuracy (X, Y, Z axes): Tolerance ±0.0008mm, Measured value ±0.0001mm *For more details, please refer to the PDF document or feel free to contact us.
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Applications/Examples of results
【Processing Examples】 ■High-precision machining of mold die sets *For more details, please refer to the PDF document or feel free to contact us.
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Company information
Rokuroku Smart Technology is a machine tool manufacturer founded in 1903. In 1996, as the demand for further miniaturization and high performance was expected to rise, particularly in the electronic device industry, our company, which had primarily been manufacturing general-purpose machines, named high-precision and high-quality processing for small workpieces "microprocessing" and began the development, manufacturing, and sales of processing machines specifically designed for this purpose, called "microprocessing machines." Microprocessing machines are composed of high-precision positioning with high followability, high-speed spindles with dynamic runout accuracy, and machine structures with minimal thermal displacement and high recoverability. To fully realize their performance and achieve stable high-precision and high-quality processing, we proposed a "four-in-one" concept that emphasizes not only the pursuit of the machine itself but also the provision of optimally developed dedicated tools and CAM software, as well as the importance of creating the optimal environment (temperature and humidity), offering it as a total solution. We focus on achieving "visualization" of the machine's condition through sensors installed at key points of the machine, and we have realized a processing style called "four-in-one + ONE," which allows the machine's latent capabilities to be unleashed through operator intervention.