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Marposs Unveils ML3G: Revolutionizing Tool Measurement

Say goodbye to damaged tools and hello to swift, precise measurements. The ML3G's non-contact approach preserves tool integrity and extends lifespan.

In the picture I can see a tool on a white color surface.
In the picture I can see a tool on a white color surface.

Marposs Unveils ML3G: Revolutionizing Tool Measurement

Marposs, led by President Stefano Possati, has introduced the ML3G, a pioneering non-contact tool measurement system. This innovative device is designed to enhance production processes by minimizing manual errors and offering a wide array of inspection capabilities.

The ML3G stands out with its potent processor, ensuring swift and accurate measurements. Unlike traditional methods, the ML3G avoids the risk of damaging small, fragile, or coated tools by measuring them without physical contact. This not only preserves tool integrity but also extends their lifespan.

The system's versatility is evident in its ability to perform multiple types of inspections beyond tool pre-setting. It can detect tool breakage, verify tool integrity, and scan cutting edge profiles. Moreover, the ML3G can measure tools at real cutting speeds, including thousands of RPM, ensuring accurate results unaffected by run-out or dynamic length variations.

The ML3G's robust mechanical structure ensures excellent performance under harsh operating conditions. Its new shutter design and fixing system provide perfect sealing and simplified maintenance. An integrated air blower efficiently cleans tools during measurement, further enhancing accuracy and reliability. The system is also flexible, offering four lengths and three mounting options to accommodate various machine setups.

The Marposs ML3G is set to revolutionize tool measurement and inspection processes. With its advanced features, robust design, and versatile capabilities, it promises to streamline production processes, reduce errors, and enhance tool lifespan. This innovative system is poised to become an integral part of modern manufacturing setups.

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