Adopt Fusion Coolant Across Your Existing Machine Fleet
MTT helps manufacturers evaluate, retrofit and roll out Fusion Pure-Cut and Pure-Cut+ across existing CNC machines. We combine machine tool knowledge, production insight and official UK partner support to turn a promising technology into a practical adoption plan for your shop floor.
Assess where Fusion fits your existing machines, materials and process constraints, then plan the right first retrofit or trial cell instead of treating every machine the same.
Measure ROI around tool life, cycle time, cleanliness and production consistency, then move from first discussion to site visit, validation and rollout support with one UK partner.
Use the video as a starting point for your team, then let MTT translate the opportunity into a machine-by-machine adoption plan for your real production environment.
Industry-first coolant technology
A cleaner route to productivity gains
MTT helps you prove where Fusion can deliver the strongest benefits across tool life, cycle time, cleanliness, process consistency and long-term manufacturing performance.
How MTT helps you adopt Fusion
Discover
We review your current fleet, applications, tooling pressures and production goals.
Assess
We identify the machines, materials and processes best suited for first-stage evaluation.
Validate
We define practical success measures around speed, finish, cleanliness, tool life and ROI.
Roll Out
We support the move from pilot to implementation planning and wider fleet adoption.
100% Clean, Dry machining
Pure-Cut
Pure-Cut uses additive-free, CO2 in its supercritical state for dry machining and is ideal for the medical industry and other applications where 100% clean environments and precise surfaces are vital. CO2, by itself, delivers similar performance results to traditional flood coolants, with the added bonus of 100% clean, dry machining.
Near-Dry Cutting with Breakthrough Speed and tool life gains
Pure-Cut+
Pure-Cut+ uses supercritical CO2 plus minimal lubrication and offers a solution for cutting applications where faster speeds and longer tool life could greatly impact the bottom line.