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CNC Machining Capabilities



What is CNC Milling?

CNC milling is a process of selectively removing material from a work piece using a cutting tool placed on a spinning spindle. The raw material is fastened to a table, which moves or rotates on multiple planes, allowing the tool to operate from a variety of angles.

CNC milling operation is chosen to create precise profiles and details . The speed of the rotating tool and the axis in which it comes in contact with the work piece depends on the G – code fed into the machine and the number of axes in which the tool and work piece is capable of moving.


Our partners are highly equipped with state of the art machines that include 5 – axis CNC milling machines which can possibly perform any milling task with high production rate and no compromise in the tolerance values.


What is CNC Turning?

Turning is a machining process that employs single-point cutting tools to remove material from a rotating work piece. Operational capabilities of the turning process include boring, facing, grooving, and thread cutting. CNC turning can produce cylindrical parts with external and internal features such as slots, tapers, and threads.

CNC turning also addresses some of the manufacturing issues connected with CNC milling . For example, it makes it simple to manufacture undercuts and relief grooves, whereas CNC milling machines require specialized cutting tools to perform the same.



CNC turning machines may also do cutting operations along three, four, or five axes, allowing you to perform taper turning, knurling, threading, and parting. This subtractive manufacturing method is ideal for quick prototyping and low-volume production. Nonetheless, CNC turning may be used in conjunction with CNC milling to produce high-quality components with tight tolerances.

Our CNC turning machines can perform turning , boring , threading , facing and other operations to most commonly give us a cylindrical or spherical finished job . The lathe holds and spins the work piece either horizontally or vertically. Then a tool comes in contact with this spinning workpiece to get rid of the unwanted excess material to bring the desired shape in the work piece. The movement of the tool is controlled by the G – code generated by CAM software.

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