Magnesium tooling plate is specially produced to provide a flat plate surface with moderate strength and ductility. It is produced through a process that results in exceptional dimensional stability, making it ideal for precision machining applications.

It is specialized material specifically designed for precision machining applications. It is produced through a process that ensures exceptional dimensional stability, meaning that the material maintains its shape and size even during machining operations. This is crucial for achieving precise and accurate results in precision machining.

Magnesium tooling plate is also sufficiently ductile for limited room temperature forming and weldable, allowing the manufacture of a multitude of complex parts.

Magnesium machines faster than any other known metal. Machining magnesium is only limited to the speed of the tool which is doing the cutting. Studies have shown that magnesium machines 40% faster than 6000 series aluminum and up to 96% faster than 7000 series aluminum employing the use of large feed rates and greater depths of cut. Machining magnesium uses 55% less power than what is required to machine aluminum. Magnesium machines like wood with well broken chips and does not accumulate on the tooling as compared to aluminum alloys. Extremely fine and smooth surfaces can be achieved and 5 to 10 times longer tool life can be expected.