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Boost Automotive Part Machining Efficiency with Clean CO₂ Cooling

Unlock faster cycle times, tighter tolerances, and cleaner operations with Fusion’s Pure-Cut® system.

Take Automotive Part Machining to the Next Level

Powerful CO₂ cooling for high-volume precision manufacturing

 Fusion’s Pure-Cut® system brings a new level of control and consistency to automotive part machining—especially for components like drive shafts, brackets, and housings. By replacing traditional coolant with supercritical CO₂, manufacturers gain performance and sustainability without compromise.

Experience faster throughput and cleaner results across your entire automotive part machining line.

Why Pure-Cut® for Automotive Part Machining?

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Maintain precision in tight geometries and deep cavities: Supercritical CO₂ penetrates deep into intricate part features, ensuring consistent cooling and lubrication where traditional fluids can't reach—critical for accuracy in complex automotive parts.

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Significantly reduce cycle times on complex components: With superior heat control and chip evacuation, Pure-Cut® enables faster cutting speeds without sacrificing part quality, leading to shorter cycle times and higher throughput.

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Eliminate coolant-related residue, mist, and waste: Unlike oil- or water-based coolants, Pure-Cut® evaporates cleanly at the tool tip—leaving parts dry, the workspace safer, and eliminating the need for post-machining cleanup or hazardous disposal.

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Built for Modern Automotive Demands

Automotive machining today means more complexity, tighter tolerances, and higher output. Pure-Cut® helps your operation meet these expectations with a dry, clean, and highly efficient cooling system. It handles the heat and stress of cutting hard metals at speed—without compromising quality or consistency.

Key Benefits Across Every Application

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Boost tool life by 2× or more on hard steel or aluminum: Pure-Cut® minimizes heat and friction at the cutting zone, significantly extending tool life—especially when machining abrasive or high-strength materials common in automotive parts.
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Achieve 95% burr reduction in tight-tolerance parts: By maintaining thermal stability and cleaner cuts, Pure-Cut® drastically reduces burr formation, even in complex geometries—saving time on deburring and improving part consistency.
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Cut cycle times by up to 60% on mission-critical components: With faster speeds, optimized chip removal, and minimal need for secondary operations, manufacturers achieve higher productivity without compromising precision.
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Drive Productivity Without Tradeoffs

From EV drive units to brake brackets, machining automotive parts requires speed, consistency, and accuracy. Pure-Cut® uses supercritical CO₂ to cool at the cutting zone—even in hard-to-reach geometries—while removing chips and reducing thermal distortion. The result is cleaner parts, longer tool life, and less downtime.

Ideal for Your Most Demanding Parts

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Drive shafts with multi-step bores and internal features: Pure-Cut® delivers targeted cooling into deep and narrow features, maintaining dimensional accuracy and reducing tool wear during complex internal machining.
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Structural brackets made from high-strength steel: Tackle tough materials with confidence—Pure-Cut® enhances tool life and surface integrity when machining rigid, load-bearing components.
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Lightweight housings requiring tight surface specs: Achieve clean finishes and tight tolerances on aluminum and other light alloys, with reduced thermal distortion and no fluid contamination.
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Ready to Optimize Your Machining Line?

See Pure-Cut and Pure-Cut+ in Action

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