Enhance your machining and cooling operations with this highly efficient Mist Coolant Spray System, designed to deliver precise air flow and adjustable spray mist volume for optimal cooling performance. Crafted from durable plastic, metal, and brass materials, this system ensures long-lasting reliability and efficient lubricant usage, saving 60-80% lubricant compared to traditional lubrication tubes. Key Features: · Adjustable Air Flow and Spray Mist Volume: Easily control the air spread and mist output, allowing for customized cooling and lubrication to suit various machining needs. · Optimal Air Pressure Range: Operates effectively within an air pressure range of 5-7 KGF/CM², ensuring proper atomization and gas pressure for consistent mist delivery. · Supports Liquids with Viscosity up to 68 cSt: Compatible with a wide range of coolant and lubricant fluids, maintaining smooth operation without pressure buildup in the liquid supply. · Significant Lubricant Savings: Designed to reduce lubricant consumption by 60-80% compared to older lubrication tubes, enhancing cost efficiency and minimizing waste. · Robust Construction: Made from high-quality plastic, metal, and brass components for durability and resistance to wear under continuous industrial use. · Versatile Fitment: Suitable for 8mm air pipes and compatible with CNC lathes, milling machines, drilling machines, cooling stone devices, metal and ceramic tile engraving machines. Specifications: · Material: Plastic + Metal + Brass · Product Size: 50 x 30 x 20mm (2 x 1.2 x 0.8 inches) · Hose Length: Approximately 1.5 meters · Transparent Tube Length: 3 meters Package Includes: · 1 x Mist Coolant Spray System This Mist Coolant Spray System is an ideal cooling and lubrication solution for precision machining processes, promoting efficient coolant use and extended tool life. Its adjustable design and robust materials make it a reliable addition to CNC machinery and engraving equipment, ensuring consistent performance and reduced lubricant consumption in demanding industrial environments.