Oemeta HYCUT ET 12

Multi-Functional Process Integration
Can be used as a high-performance neat oil for forming and cutting, then recycled directly into the coolant sump as an emulsion component.

Superior Ester Lubricity
Synthetic ester-based chemistry provides higher film strength and lubricity than traditional mineral oils, supporting longer tool life in demanding fine blanking and honing operations.

Residue-Free “One-For-All” Technology
Designed to reduce the need for degreasing between production steps, allowing parts machined with ET 12 to move directly into HYCUT-based water emulsions.

Excellent Cooling & Wetting
The low-viscosity ISO VG 12 formulation supports rapid heat dissipation and strong penetration into cutting and forming zones.

Zero Tramp Oil Contamination
Because it is designed to emulsify, it integrates into the coolant rather than floating on top, helping reduce tramp-oil buildup and biological instability.

Sustainable & Operator Safe
Mineral-oil-free, boron-free, and chlorine-free formulation supports a cleaner working environment and improved skin compatibility.

High Flash Point Safety
Advanced synthetic esters offer higher flash points than comparable mineral oils, helping reduce the risk of oil-mist ignition in Swiss-style machining.

The Core of the HYCUT Multifunctional System
Oemeta HYCUT ET 12 represents a paradigm shift in manufacturing efficiency. By utilizing a mineral-oil-free performance engine, this fluid bridges the gap between forming oils and cooling lubricants. With a kinematic viscosity of 12 mm²/s (at 40°C), it provides the high-precision flow required for intricate Swiss-style work while maintaining the extreme pressure stability needed for fine blanking.

Operational Reliability and Economic Efficiency
By utilizing HYCUT ET 12, manufacturers can effectively eliminate separate waste streams for oil and coolant. Its unique ability to emulsify into water-based systems means that oil carry-over becomes a beneficial make-up rate rather than a contaminant, leading to significantly lower overall consumption and reduced disposal costs.