There are many industries to choose from, but what makes the machining industry interesting? The ever-so-ready industry of large CNC machining in Johor offers good positions like CNC Machinist and CNC Programmer. Stick around to find out what these have to offer as a career!

• CNC MACHINIST

CNC machinists use CNC machines to make metal, plastic, and other materials, tools, and parts. One group focuses on milling machines, while others work with a variety of machines. Every day, CNC machinists may be tasked with various duties, depending on the business. It is their responsibility to make sure the equipment is correctly installed and operating so that it can produce parts that fit the required criteria.

Physical and digital combine in CNC machines. Machines such as lathes and mills are used to shape raw materials such as metals and polymers into precise pieces. These instruments are controlled and programmed by computers. All CNC machining processes use computers to some extent. CAD and CAM drawings are created by engineers. They are then translated into G-code, which dictates the speed, movement, and other variables that each tool must adhere to in order to function properly.

The joy of seeing a chunk of metal transformed into an item manufactured to exact specifications is indescribable. In the past, the only thing that existed was a chunk of metal. The ideas that engineers and CNC machinists bring into the world are contained within those blocks of basic materials.

A vital function in the creation process is played by a CNC machinist. A concept is the starting point, and you take the required steps to make it actual. Like being a sculptor, alchemist, and computer programmer at the same time.

• CNC PROGRAMMER

Computer numerical control (CNC) programming is the act of creating programme instructions for computers to control a CNC machine and its equipment, in its simplest form. They convert digital files into computer instructions that are then transferred to motorised tools such as mills, routers, grinders, and lathes. CNC stands for Computer Numerical Control. These tools are used to cut and shape a variety of materials into a completed product with high precision.

Machines that use CNC technology are extremely complicated, requiring highly trained specialists to operate them.

This person’s primary responsibility is to take a print or model of a component and determine how to optimise its machining. There are a number of variables that the programmer must consider, such as the machine to use, the correct cutting tools and so on. When the part is ready, the programmer will load it up in CAM software and apply tool paths to generate G-code, which is the machine’s language.

Work conditions for CNC programmers can vary depending on the industry in which they work. But most programmers spend some time in an office and some time on the milling floor, tracking their components and proving out the procedure they’ve developed for their clients. Once this is complete, the parts can be turned over to production for final assembly.

It is comparable to the role of a machinist, except that the CNC programmer will spend more time programming complex pieces in CAM software. Software is used for much of a programmer’s work.