【For Metal Processing】Non-Slip! High-Pressure Coolant Hose i-TOOL

Essential for autonomous driving! Stays in place even under high pressure! Achieves long-duration supply! Contributes to cost reduction! i-TOOL coolant hose

In the field of metal processing, coolant supply is essential for thermal management due to high-speed machining. However, conventional coolant hoses have faced challenges such as hose displacement during high-pressure use or prolonged operation, leading to decreased machining accuracy and reduced work efficiency. The "i-TOOL Coolant Hose" has been developed to address these issues, providing a coolant hose that can handle high pressure and ensure stable supply over long periods. 【Usage Scenarios】 - Thermal management for high-speed machining - Long-term operation with unmanned driving - Machining of complex shapes - Machining in confined spaces - Stabilization of coolant supply 【Benefits of Implementation】 - Improved machining accuracy: Prevents defects caused by hose displacement - Enhanced work efficiency: Reduces the hassle of position correction - Cost reduction: Lowers running costs by decreasing replacement frequency - Stabilization of unmanned operation: Enables unmanned operation with long-term stable supply - Increased safety: Achieves a safe working environment with high-pressure compatibility

basic information

【Features】 - High pressure compatibility: Can handle pressures up to 8MPa - Long-term stable supply: High pressure use is acceptable without reinforcement - Misalignment prevention: Firmly maintains accuracy, preventing hose misalignment even under high pressure - Extended lifespan: Anodized treatment results in a longer lifespan compared to resin products - Cost reduction: Contributes to cost savings by reducing the frequency of replacements due to extended lifespan Our Strengths As a specialized trading company for machine tools with over 100 years of experience, we provide products and services that best meet our customers' needs. Additionally, we propose optimal solutions to various challenges faced in manufacturing sites to enhance productivity.