We specialize in precise CNC precision machining services at Gemsons. Precision computer numerical control (CNC) machining, as the name implies, employs specialized computer software (e.g., CAD/CAM) and computer-controlled equipment to create very accurate and exact components and products from a variety of materials. It’s a catch-all word for many subtractive manufacturing techniques, and CNC milling parts is one of our most popular services.

While most CNC milling is used in the metalworking industry, the tools are incredibly adaptable and may be used to create unique, precision parts for a wide range of businesses.

Precision CNC machining can produce even the most complicated designs in specific metals, from aluminum, brass, and steel to exotic and valuable metals like gold, iridium, and platinum.

CNC Milling Machine

CNC milling tools, the most common type of CNC machine, execute a machining process similar to both drilling and cutting. Milling, at its most basic level, involves rotary cutters to remove surplus material from a workpiece as it is fed into a milling tool. Milling is a common industrial option since it can accommodate intricate sizes and forms.

A CNC milling machine’s revolving cylindrical cutter can move along many axes to create custom shapes, slots, holes, and features in an item. The most advanced tools can perform sophisticated machining with exceedingly complicated geometries because most machines operate on three to five axes. Manual tooling would be nearly impossible to build today’s most complex CNC projects.

Modern CNC milling machines can be configured as horizontal or vertical machining centres and produce distinct components from plastics, ceramics, composite materials, and metals. Automatic tool changers, tool carousels and magazines, coolant systems, and enclosures are among the technical elements included.

CNC Milling Parts

The main CNC milling parts that can be produced in CNC precision machining are:

Column and base

The column and base support the remaining parts of a milling machine, and the spindle is lubricated by an oil reservoir and pump in the column. The base supports the column and includes a coolant reservoir and a pump for coolant delivery during machining operations.


The gearing mechanism is housed inside a knee. Dovetail ways connect the knee to the column. A vertical positioning screw, often known as an elevating screw, supports and adjusts it. The elevating screw moves the knee up and down by raising or lowering the lever using a hand or power feed.

Saddle and Swivel Table

The table is supported by the saddle, which is on the knee. In horizontal milling m/c, the saddle slides on a horizontal dovetail on the knee, and the dovetail is parallel to the spindle’s axis. The saddle swiveled (revolved) horizontally in both directions, and the swivel table was attached to it.


A milling machine’s cutting tools are held and driven by the spindle. It is supported by the column and is positioned on bearings. An electric motor drives the spindle using gear trains located on the column. The spindle face, close to the table, is machined with an internal taper. The front face has two keys that give a positive drive for the cutter holder or arbor.


A table is a rectangular casting that sits on the saddle’s top. The table is used to keep the work in place or to hold work-holding equipment. Several T-slots are available for storing work and work-holding devices (jigs and fixtures). It can be powered or operated by hand. It engages and turns the longitudinal hand crank to move the table by hand. It engages longitudinal direction feeds control lever to move it by power.

Over Arm/ Overhanging Arm

On the upper face of the column, there is an overarm, which is a horizontal beam. It could be a single casting that slides on the top face of the column’s dovetail manner.


In a vertical milling machine, the ram is an overhanging arm. The milling head is attached to one end of the ram, positioned on the top of the column.

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