Non-contact tool measurement and detection laser control. Reliable even in harsh environments.
Achieving high reliability even in poor environments Laser control for non-contact tool measurement and detection 【Features】 ○ High-precision processing ○ Contributes to preventing significant losses caused by tool breakage ○ Reduction of tool setup time ○ Unmanned operation ○ Reduction of defective product rate ○ Improvement of productivity ○ Single blade detection in actual processing rotation range ○ Customization according to needs with built-in microprocessor ● For other functions and details, please download the catalog.
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basic information
Achieving high reliability even in poor environments Non-contact tool measurement and detection with laser control 【Features】 ○ High-precision processing ○ Contributes to preventing significant losses due to tool breakage ○ Reduction of tool setup time ○ Unmanned operation ○ Reduction of defective product rate ○ Improvement of productivity ○ Single blade detection in actual processing rotation range ○ Customization according to needs with built-in microprocessor ● For other functions and details, please download the catalog.
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Applications/Examples of results
【Usage】 ○ Measurement of non-rotating tools using a probe ○ Non-contact measurement of rotating tools
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Company information
Blum-Novotest Co., Ltd. was established in 1999 as the Japanese subsidiary of the German measurement equipment manufacturer Blum-Novotest GmbH group. Blum-Novotest GmbH is a global leading company that provides high-quality measurement and testing equipment for machine tools, aerospace, and the automotive industry worldwide. Currently, it has 18 group company locations around the world and is actively working to contribute to improving customers' production efficiency. In 1968, founder Günter Blum established an engineering company for machine tools in Ravensburg, southwestern Germany, and began the development, production, and sales of on-machine measurement devices such as work touch probes, tool setters, and bore gauges. In 1987, it developed the world's first laser system for detecting tool breakage in machining centers, and since then, it has released a series of innovative products. With cutting-edge technologies such as the world's first work surface roughness measurement device on machine tools and the high-speed, high-precision laser tool measurement system LC50-DIGILOG using its unique digilog technology, it proposes on-machine measurement solutions and provides new value.
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