The material conforms to the industry standard.quality is assured.
3-AXIS MACHINING
These are the most common CNC machines produced commercially. They can move in the X, Y and Z axes simultaneously. The most common size of the 3 axis machine is one with a work table of 40x20 inches. Work performed on 3-axis machine can be simple prismatic parts, all the way to complex molds, medical or aerospace parts.
Surface:
Smooth surface, no burr, no sharp Angle
4-AXIS SIMULTANEOUS
The difference in 3+1 and 4-axis simultaneous is that the part can rotate on one axis at the same time it is milling in 3-axis. This type of machining is necessary when part geometry wraps around a part, common in the aerospace and other industries. While all 4-axis simultaneous milling machines can perform 3+1 axis milling, not all 3+1 axis mills can do 4-axis simultaneous. One needs to make sure of their machine’s capabilities before trying to run a program it may not support.
Customization:
Can be customized according to customer drawing and provide samples.
5-AXIS MACHINING
This type of machining allows for the most flexibility in milling the part at different tool orientations. Here, the part can rotate in two separate axes, usually A&C or B&C, at the same time the 3 linear axes are moving. Machining in simultaneous 5-axis is popular in parts where complex shapes, and small clearances, are the norm; such as impellers, turbines, intake ports and more. True simultaneous 5-axis machines can run in all the previous modes; 3-axis, 3+1 axis, 3+2 axis, 4-axis simultaneous plus 5-axis simultaneous. While all 5-axis simultaneous machines can perform 3+2 axis machining, not all 3+2 axis machines can do 5-axis simultaneous. It is a function of the machine’s design and the CNC controller installed. These mills are typically more expensive than the other mill types, for the same size, but offer the most flexibility when setting up your jobs