Aluminum MIC6

Aluminum MIC6 in CNC Machining

MIC-6 is a cast aluminum plate made from a mix of metals. It offers high accuracy and easy machinability. The casting process gives it stress-relieving properties

MIC6 is highly used for precision CNC machining due to its outstanding flatness and stability. It possesses a fine-grain structure that enhances mechanical properties. It is lightweight, smooth, and free from tension, contaminants, and porosity. With excellent thermal conductivity, MIC6 effectively dissipates heat during machining, reducing the risk of thermal distortion. This material’s machinability makes cutting, milling, and drilling easy. Manufactured with tight dimensional tolerances, MIC6 guarantees consistency and precision in the final product, remaining stable under varying temperatures.

MIC6 has a smooth surface finish, improving the machined parts’ surface quality. Anodizing capability allows surface hardness, corrosion resistance, and wear resistance enhancements. Despite being pricier than standard aluminum alloys, MIC6’s distinct properties and advantages in precision applications justify its cost. Standard sizes are readily available, facilitating convenience in CNC machining projects.

Basic Knowledge of Aluminum MIC6

MIC6 is a precision cast aluminum tooling plate known for its superior flatness, stability, and machinability. The fine-grained structure of MIC6 ensures exceptional dimensional stability. Its ability to undergo anodizing further enhances its corrosion resistance and aesthetics.

With excellent thermal conductivity, MIC6 efficiently dissipates heat. The plate’s reliability and ease of machining contribute to its popularity in producing precise components and tooling.

• Excellent flatness and stability
• Ideal for precision machining applications
• Low internal stress and tight thickness tolerance
• Uniform hardness for enhanced machining performance
• Cast plate structure reduces the need for extensive post-machining processes
• Machined fixtures and tooling plates for aircraft parts
• High-precision chassis and enclosures
• Inspection gauges and jigs
• Precision components in medical imaging machines
• Tooling used in the fabrication of lenses and other optical elements.