Studer Favorit cnc grinding machine 1

Studer Favorit cnc The following is a technical description of a CNC universal cylindrical grinding machine for small budgets and high standards. The machine is designed for grinding medium-sized workpieces in individual and serial production. The machine bed, made of solid Granitan S103 material, forms the basis of the cylindrical grinding machine. The Granitan material structure, developed by Studer, is produced in the company's own plant using modern industrial techniques. The machine is equipped with high-quality components and can guarantee exacting precision, performance, and reliability for years. The full enclosure ensures an optimal view of the grinding process. The machine offers various options such as in-process gauging, balancing system, contact detection, and length positioning, making it adaptable for grinding applications at a later date. The CNC grinding software is equipped with pictogramming, enabling even inexperienced users to program grinding and dressing cycles quickly and practically. The machine is compliant with CE standards and VDA and ISO 9001 directives. The patented surface structure of the guideways eliminates the stick-slip effect, which is otherwise noted in conventional guideways. The machine provides high stability throughout the day due to the favorable thermal behavior of Granitan, which extensively compensates for temporary temperature fluctuations. The machine offers high-accuracy axis movements, effective covering of the guideways, an auxiliary scale for setup and resetting, and a swiveling longitudinal table. The longitudinal and cross slides are manufactured from high-quality gray cast iron and have highly precise, ground V and flat guideways. The distance between the guideways is optimally coordinated to benefit the overall rigidity of the machine. The machine offers grinding applications for both external and internal grinding in one setup.

The original leaflets are for sale. A preview is shown. The price of the leaflet is on request.