Key benefits Cuts coolant use by more than 80 while maintaining cooling performance at least equal to conventional water-cooled systems. This reduces fluid purchase and disposal costs without sacrificing thermal control. Improves shop safety and cleanliness by blowing chips away during gas-assisted processing, reducing splash, wet floors, and coolant-related slip or contamination hazards. Cleanup and maintenance are simpler and faster. Speeds machining cycles and extends tool life by improving chip evacuation and heat control, which lowers processing costs and reduces tool wear. How it works and why you need it Function: Provides effective cooling and chip evacuation using gas-assisted processing that matches or exceeds the cooling effect of traditional water-cooled arrangements. Problem solved: Eliminates most coolant handling problems (consumption, disposal, equipment cleaning) while preventing chip buildup that slows production and damages tools. Advantage: Balances cost reduction, safer operation, and higher throughput without sacrificing surface finish or dimensional control. Key attributes Performance: Cooling performance comparable to conventional water-cooled systems, while reducing coolant consumption by over 80. Safety and cleanliness: Designed to blow chips away from the cutting area, minimizing coolant splatter and simplifying cleanup. Compatibility: Integrates with standard machining setups that rely on conventional coolant systems; suitable for retrofit or new installations where comparable cooling is required. Durability: Built for industrial machining environments to maintain consistent performance under continuous use. Practical applications CNC milling and turning: Use in high-volume milling or turning operations to remove chips efficiently, reduce tool change frequency, and increase feed rates. Drilling, tapping and reaming: Improves hole quality and reduces heat-related tool wear in high-speed holemaking without heavy coolant use. Job shops and automated production lines: Ideal where coolant disposal, maintenance time, and shop cleanliness are cost drivers. What to expect in operation Noticeably lower coolant consumption and less frequent coolant system maintenance. Cleaner work area and faster post-process cleanup due to reduced coolant carryout. Shorter cycle times and reduced tooling costs from improved chip control and thermal management. Compatibility notes Designed to deliver cooling performance equivalent to water-cooled systems; confirm fit with your machine’s headers and fixtures when planning installation or retrofit. If you need specific fitment or installation guidance for your machine model, provide your system details so compatibility and setup recommendations can be confirmed.