ACCURATE MEASUREMENTS AND EASY-TO-USE
Brinell and Vickers hardness tests can be performed directly on the production line, eliminating the need to move the components. Suitable for parts of any shape or size, ATI BR offers total flexibility without restrictions. It’s the ideal tool for those who need a lightweight, user-friendly device that ensures top-level accuracy, consistency, and reliability. Thanks to its intuitive interface, ATI BR can be used by operators with any level of experience. Simply choose the desired hardness scale, place the device on the surface, and locate the indentation using the tablet. Once the indentation is selected, ATI BRdelivers the measurement result on the display in just three seconds.
SOFTWARE
ATI BR software fully automates control of the microscope, allowing readings to be taken without manual intervention. Its user-friendly touchscreen interface offers an intuitive experience, making it particularly well-suited for industrial settings where speed and efficiency are essential. A built-in quick test selection feature enables users to choose the desired hardness test type and fine-tune the reading parameters with precision. Real-time access to detailed statistics and graphical data supports instant result evaluation and continuous quality monitoring. Test sessions can be saved and retrieved at any time, ensuring robust data management and easy comparison over time. The system automatically adjusts brightness and contrast during image capture, delivering optimal readings regardless of lighting or environmental conditions. Thanks to advanced image recognition algorithms, the software can accurately detect indentations even on uneven, dirty, or rough surfaces. It intelligently filters out debris and imperfections, ensuring that readings remain accurate and unaffected by surface contaminants. By combining automation with advanced analysis tools, ATI BR software not only enhances operational speed but also significantly improves the consistency and precision of measurements—even in challenging environments.