The Mist Coolant System from SAMTEC Tools is a compact and efficient solution for delivering precision cooling in metal cutting operations. By combining compressed air and coolant into a fine mist, Mist Coolant dramatically enhances tool life, surface finish, and machining efficiency. Ideal for CNC machining, milling, drilling, grinding, and sawing applications, this system ensures targeted cooling directly at the cutting zone, minimizing thermal damage and maximizing productivity.
With adjustable flow controls, Mist Coolant lets operators customize the air-liquid ratio to suit specific materials and machining processes. Its eco-friendly design reduces coolant consumption and waste, making it a sustainable choice for modern machine shops.
1. What is the Samtec Mist Coolant System?
The Mist Coolant is a precision misting device that sprays a controlled mixture of air and coolant onto the cutting area. It helps to cool and lubricate during metal machining operations, extending tool life and improving the surface finish of the workpiece.
2. How does the Samtec Mist Coolant system work?
It uses compressed air to atomize liquid coolant into fine mist. This mist is delivered via a nozzle directly to the cutting zone, allowing for efficient heat removal and lubrication at the exact point of contact.
3. What are the benefits of using Mist Coolants?
4. What operations are Mist Coolant suitable for?
It is commonly used in CNC machining centers, tool rooms, workshops, and production lines.
5. Can the coolant spray be adjusted?
Yes. The mist coolant features independent control valves to adjust both air pressure and coolant flow, giving operators precise control over the mist density and direction for different machining tasks.
6. What is the difference between the Single and Double Spray Unit?
The Single Spray Unit has one mist nozzle for targeted cooling, ideal for smaller or single-point operations. The Double Spray Unit includes two nozzles that allow mist to be directed from multiple angles, making it suitable for larger workpieces or operations requiring wider cooling coverage.
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