At our factory in China, experienced machinists work at COMPUTER NUMERICAL CONTROL turning and milling stations, providing the instructions needed for the cutting tools to quickly produce your precision CNC machined parts.

Machined Parts From a Trusted Manufacturer

Are you looking for a manufacturing partner that can machine your milled and turned parts? Do you need a manufacturer that will do the job right and meet your high standards for quality?

At Gensun Precision Machining, we have been machining high-quality precision parts for international customers for over a decade. Note that:

cnc machining services center
Our quality management system (QMS) is ISO 9001: 2015 certified, and it enables us to “consistently provide products and services that fulfill customer and regulatory requirements. ”

Our environmental management program (EMS) is ISO 14001: 2015 certified, part of our commitment to the environment.

If you need to work with a machine shop that has the expertise to manufacture high-precision parts intended for the automotive, aerospace, electronics, and other demanding industries, look no further.

China CNC Machining Services

Your precision machined prototype or production parts, produced using our advanced CNC machining stations.

COMPUTER NUMERICAL CONTROL Turning

The precision turned parts, produced by our skilled machinists on imported or perhaps domestic CNC lathes in China.

1, CNC engineering has been at the forefront of machining technologies used in the aerospace and defense industry to get over three decades. And this is due to the extremely high precision COMPUTER NUMERICAL CONTROL machines offer, making them ideal for creating many safety- critical parts, such as landing gear and engine components, missiles, and combat vehicles.

2, CNC engineering is a widely used process in the robotics and automation industry for fabricating robotic end effectors, custom jigs and features, and storage units. Because CNC devices can achieve tolerances of ±0. 05 mm and surface roughness of Ra 0. 8μm, product designers can ensure robotic component dimensional accuracy.

3, The automotive industry relies on CNC machining to create prototype parts made from specialty lightweight metal alloys and composites. Machinable auto parts include engines, roof panels, lighting, and transmission systems, among others. COMPUTER NUMERICAL CONTROL machining is also useful for creating many customized automotive parts, especially for limited-edition luxury automobiles.

How Does CNC Engineering Work?

CNC machining is usually a subtractive manufacturing procedure that employs computerized controls and machine equipment to remove portions of a stock material till the desired custom component is made from the workpiece.

The machining procedure starts with the creation of the CAD (Computer-Aided Design) model of the required portion, which is then loaded into a CAM (Computer-Aided Manufacturing) software and converted to a set of pc instructions.

This set of instructions (or G-code) allows the machine to execute different trimming operations in high speed ( thousands of RPM) till the required custom part is made.

How Will COMPUTER NUMERICAL CONTROL Machining Compare to 3D Printing?

Both CNC machining and THREE DIMENSIONAL printing rely on CAD files and computer system inputs to transform a starting materials into desired custom made parts. However, unlike the subtractive CNC machining method, 3D printing is definitely an additive machining process. It revolves around adding materials in layers to build the necessary custom component.

CNC engineering offers a wide range of material options, whereas 3 DIMENSIONAL printing only works with plastics, polymers, and a few metals that are available in powdered form. Additionally , CNC machined parts are usually stronger than 3D IMAGES printed parts; as such, CNC machining is perfect for prototyping and creation of functional parts.

What are the Different Types of CNC Machining?

CNC devices come in a large number of varieties, with each type having its unique functions.

CNC turning and milling equipment feature built-in tools for trimming and drilling the workpiece till the customized COMPUTER NUMERICAL CONTROL part can be manufactured. They are available in 3-, 4-, and 5-axis configurations, depending on the part complexity.

The CNC milling process involves the workpiece being held in place while the slicing tools rotate around this, whereas in CNC turning, the workpiece is rotated around the fixed cutting equipment to create the specified shape.

Unlike CNC milling and turning machines that depend on slicing tools, COMPUTER NUMERICAL CONTROL Electric Discharge Machines (EDM) utilize electric sparks to manipulate materials into the desired shape.