Fusion Pure-Cut® provides companies with an innovative solution by utilising supercritical carbon dioxide as both a machining coolant and a medium to deliver dry and enhanced lubrication directly to the cutting zone. This advanced technology is ideal for applications requiring high levels of lubrication and cooling, enabling significantly faster material removal rates and extending tool life. Fusion Pure-Cut® represents a groundbreaking advancement for precision-driven industries seeking efficient and sustainable machining solutions.

Fusion Coolant Systems’ Pure-Cut® and Pure-Cut®+ deliver significant advantages for UK businesses in machining. Using supercritical carbon dioxide (CO₂) as a coolant and lubricant, they enhance tool life, improve surface finish, and boost productivity while reducing costs. These systems are environmentally sustainable, cutting water pollution and carbon footprints, and they improve workplace safety by eliminating harmful chemicals. Designed for easy integration, they minimise downtime and maintenance, offering a high-performance, eco-friendly solution for modern machining.

Fusion Coolant Systems’ Pure-Cut® and Pure-Cut®+ boost CNC production efficiency by using supercritical carbon dioxide (CO₂) for superior cooling and lubrication. This reduces heat, minimises tool wear, and allows faster cutting speeds, increasing material removal rates. The dry process eliminates residue, cutting cleaning time and maintenance, ensuring smoother operations and higher productivity.

Fusion Coolants optimise efficiency and safety in CNC machining with supercritical carbon dioxide (CO₂) technology.

Efficiency:

• Reduces friction and heat for faster machining speeds.
• Extends tool life and boosts material removal rates.
• Dry, residue-free process cuts cleaning and maintenance time.

Safety:

• Replaces harmful cutting fluids with eco-friendly CNC coolants.
• Creates a cleaner, healthier work environment.

Fusion Coolants deliver superior performance, sustainability, and safety for modern CNC operations.