Aerospace Tool Monitoring AI Solution

Solve tool exchange losses and defects/rework losses with AI!

In the aerospace industry, precision machining faces significant challenges such as the occurrence of defective products due to tool abnormalities and losses from tool changes. The "Tool Monitoring AI Solution" is a groundbreaking solution that utilizes AI to detect tool abnormalities early, addressing these issues. 【Usage Scenarios】 * Precision machining of aircraft parts * Manufacturing of rocket components * Manufacturing of satellite components * Production delays due to tool change losses * Increased costs due to the occurrence of defective products * Strengthening monitoring systems due to personnel shortages 【Benefits of Implementation】 * Increased productivity by reducing tool change losses * Improved quality by suppressing the rate of defective products * Enhanced efficiency by resolving personnel shortages * Planned tool changes through anomaly detection * Cost reduction through improved operational rates

basic information

**Features** * Automatic detection of tool abnormalities by AI: AI automatically analyzes defects, chipping, and wear levels to detect abnormalities early. * Easy sensor installation: Simply install dedicated CT sensors on existing machine tools for easy implementation. * No setup required: Complex settings are unnecessary as the AI learns automatically. * Safe data collection: Data is collected securely over a closed network. * Diverse notification methods: Notifications can be provided via rotating lights and monitoring on tablets. **Our Strengths** We offer the IoT service "OMNIedge" for the manufacturing industry, packaging everything from sensors to communication environments to reduce the burden of implementation for our customers. Additionally, we have a proven track record in the development, manufacturing, and sales of various mechanical components such as LM guides and ball screws, providing solutions tailored to our customers' needs.