MÄGERLE manufactures highly efficient grinding systems and products that are particularly suitable for suppliers to the aerospace industry and other demanding applications. BLOHM and JUNG offer high-precision standard and application-specific machines and systems for a wide range of industries and applications, from aerospace to tool making.

The United Grinding Group is one of the leading manufacturers of precision machine tools for grinding, electrolysis, laser machining, combined machining and measuring.

Iron and carbon alloy with a carbon content greater than 2.11 is called cast iron. Although cast iron has poor strength, plasticity and toughness and cannot be wrought, it has a series of performance characteristics such as excellent castability, friction reduction, cutting and processing, etc. Coupled with its simple production equipment and process and low price, it is widely used in the mechanical manufacturing (such as for the manufacture of parts such as beds, frames, boxes and bearing housings), petroleum, chemical, metallurgical, mining, transportation, defense industry, etc. 

The electric vehicle revolution, initiated by pioneers such as Tesla, BYD and various other electric vehicles (EVs), has gained unstoppable momentum. Meanwhile, as consumer demand for EVs continues to rise, OEMs and suppliers will need to move more aggressively toward well-designed production lines.

China's new energy vehicle production will account for more than 50% of the total global new energy vehicle market in 2021, having become the largest new energy vehicle market. Moresuperhard can provide outstanding grinding solutions for ginding in new energy industry!

Due to the characteristics of high strength, low thermal conductivity and high chemical activity, titanium alloys are difficult to machine, facing low machining efficiency, rapid tool wear, poor machining quality and other problems. Chinese and foreign scholars have carried out a series of studies on this, and discussed the grinding characteristics of titanium alloys under various typical process conditions and the application effects of various tools. Through these studies, we can basically form a more comprehensive and in-depth understanding of the cutting/grinding characteristics of titanium alloys.