SCANDIMATIC 33035

SCANDIMATIC 33035: Precision Grinding and Polishing Equipment for Materialography

In materialographic work, grinding and polishing are central steps that require the utmost precision and control. The manual SCAN-DIA grinding and polishing equipment of the SCANDIMATIC 33035 series provide a solution for these requirements. With a robust powder-coated metal housing, they not only offer durable construction but also precise control and adaptability for a variety of materialographic applications. The devices' rotation speed can be continuously adjusted between 40 and 600 rpm, allowing for precise adaptation to different materials and grinding or polishing requirements. The variable speed is advantageous for processing different materials with the necessary precision, achieving optimal results. Additionally, the devices feature water inlet and outlet, as well as an automatic water shut-off, ensuring efficient cooling and cleaning during the grinding and polishing process. The splash ring and lid contribute to minimizing splashes and contamination while increasing user safety. In essence, the requirements for grinding and polishing in materialographic work are demanding, necessitating precision, control, and efficiency. The SCANDIMATIC 33035 not only provides the technological capabilities for these tasks but also boasts compatibility with Ø 200 mm mounting discs, highlighting its versatility in various applications. The control panel with a membrane keyboard allows for easy and user-friendly operation, further enhancing the efficiency and accuracy of material processing. In materialographic practice, control over the grinding and polishing process is of paramount importance to achieve precise and reproducible results. The manual SCAN-DIA SCANDIMATIC 33035 grinding and polishing equipment meets these requirements through its versatility, precision, and advanced control features. It offers reliable solutions for laboratories and research facilities that demand the highest standards for their materialographic processes, improving efficiency and accuracy in materialographic applications while adhering to all necessary quality standards.