This "pipe bracket" is flanged to a fuel line.  

The bracket at the bottom was easy to manufacture, primarily using 3-axis tilted machining. In contrast, the geometric properties of the pipe required that it be manufactured mainly by 5-axis simultaneous machining. Because very high surface quality was essential, while keeping machining time as short as possible, the axis movements were precisely coordinated with each other to account for the machines’ dynamics. For example, linear axes generally move faster than rotary or pivot axes. 

All movements can be precisely and flexibly optimized in Tebis CAD/CAM software. 

• Homogeneous movements of machine axes
• Combined 3-axis and 5-axis simultaneous roughing
• 5-axis simultaneous plunging with lead angle for optimal cutting conditions
• Clamping individual axes
• Automatic collision avoidance that completely accounts for the machine head
• Short machine run time and an outstanding surface finish