Tag: engineering

What Makes Someone a Mechanical Fitter?

What is Mechanical Fitting?

Mechanical Fitting is a field of mechanical engineering that deals with the maintenance of machines. The main aspect is to understand the interchangeability of mechanical parts. All machine parts are manufactured in such a manner that they are within the acceptable limit of tolerance. There is also a focus on the manufacturing and machining of machine parts using processes such as lathe turning, milling, cutting, shaping, and fitting of keys, couplings, bushes, shafts, and bearings. Individuals interested can learn more through mechanical fitting malaysia.

What is a Mechanical Fitter?

A mechanical fitter is an engineering specialist who is responsible for putting together machine parts and installing, maintaining, and repairing plants and equipment. Their work revolves around assembling parts made from metals or other materials to create production equipment and machinery.

As mechanical fitters, they lay out the components of a machine and use the drawings or graphics to secure the parts according to the specifications. Sometimes, the pieces have to be welded together in place using gas or electricity. They repair and install valves, tank linings, and lead pipes as well.

Measuring Equipment Used

Mechanical fitters require precise measuring equipment as they work with specific and detailed drawings that contain the element of measurement. That is why the measurements should be accurate to ensure the perfect fit. As a mechanical fitter, it is pivotal to be familiar with the tools of the trade, like thermal heating, welding and cutting equipment, and drilling machines.

What Industries are Mechanical Fitters Involved in?

A mechanical fitter works in the aviation, production, automobile, and manufacturing industries to repair and maintain machines. Their problem-solving skills make them experts in troubleshooting manufacturing plants and identifying system faults.

How to Become a Mechanical Fitter?

There are many routes available for individuals to become mechanical fitters. Here are some of the educational requirements to become one. Individuals can get into a mechanical fitter job by taking a college course to learn the skills they need. Take courses such as Certificate in Mechanical Engineering or Certificate in Fabrication and Welding Engineering Technology. Once done studying the basics, explore intermediate apprenticeships available for mechanical fitters, including engineer fitter and maintenance operations engineering technician. Make sure to pay attention to the entry requirements of each apprenticeship applied for. There are specific skills needed to become a successful mechanical fitter. Firstly, individuals need to have efficient problem-solving skills since their role involves solving malfunctions in machines and equipment. This skill helps individuals to come up with the best solutions for every malfunction. Next, collaboration and interpersonal skills help individuals to work together with their team and make them become good listeners which can later help individuals learn a few tricks. Learn more here.

May 29, 2022
Introduction To CNC Technology
The rapid growth of industry since the turn of the century, as well as the widespread use of machinery powered by motive power, necessitated a continuing search for more efficient procedures. Until around 60-65 years ago, industrial tasks required dense labour, which not only necessitated a large workforce, but also had an impact on quality, precision, and repeatability, as well as higher prices and lower output.

To what extent is this true? With a simple example, you can see what it means. Many people who work in a machine shop, for example, are familiar with one of the most basic industrial tasks: drilling holes in sheet metal with a hand drill. To do so, the operator must perform a number of tasks, including placing the sheet on the drill table, inserting a drill bit into the chuck and securing it to the spindle, changing the rotation speed with the pulleys, activating the spindle, and operating the lever, or advance wheel, to direct the drill towards the sheet to be machined.

Consider the practicality of such a technique in an industrial setting, where hundreds of holes must be drilled in hundreds of sheets in the shortest possible time, at the lowest possible cost, and with the highest possible quality. That was the difficulty that companies faced in the early half of the twentieth century, and as a result, technological improvements accelerated toward the automation of production processes, or the invention of equipment capable of doing all of an operator’s manual tasks automatically.

What Is CNC And How Is a CNC Machine Collected?

Computerized arithmetical control, to put it simply, happens to be the use of a computer to control and monitor the actions of a machine tool. Milling machine, lathe, grinding machine, laser cutting machine, water jet or EDM, stamping machine, press, robotic arm, and so on are examples of static and portable machine tools. Large machines have a built-in computer, and the majority feature a sophisticated feedback system that constantly checks and changes the cutting tool’s speed and location. In workshops, less demanding machines allow for the use of an external personal computer. To move the machine axes in a controlled manner and perform the planned movements, the large cnc machining malaysia controller works with a sequence of motors (servo motors and/or stepper motors), as well as drive components.

A CNC Machine, Therefore, Consists Of Six Main Elements:
- Input device
- Machine tool
- Control unit or controller
- Drive system
- Monitor
- Feedback devices (only in systems with servo motors)
How Does A CNC Machine Work?

As seen in the previous diagram, the CNC machine controller receives instructions from the computer (in the form of G codes and M codes) and, using its own software, translates those instructions into electrical impulses that are used to activate the motors. They will then turn on the driving system.

a) Motion Management

A common feature of all CNC machines is that they have two or more programmable motion directions known as axes. An axis of motion can be either linear (in a straight line) or rotary (in a circular motion) (in a circular path). The number of axes a CNC machine has is one of the initial characteristics that indicates its complexity. In general, the more axes there are, the more complicated the system becomes.

A CNC machine’s axes are required to generate the movements required throughout the production process. Continuing with the industrial drill as an example, the axes would set the tool on the hole to be machined (on two axes) and perform the operation (with the third axis). Letters are used to identify the axis. X, Y, and Z are the most popular names for linear axes, while A, B, and C are the most common names for rotational axes.
October 10, 2021
Why Do People Choose To Study Engineering?

Engineering is the application of mathematical and scientific understanding to solve problems. Engineers can be innovators, designers, builders, or mechanics. This fascinating blend of intellect and inventiveness makes engineering one of the most creative areas to work in. An engineer is at the forefront of technical advancements and contributes to making the world a better place for everyone.

Usually, students who love applied sciences and mathematical subjects will go for engineering courses because it is kind of interesting to explore. Engineering is an enthralling and ever-changing discipline. There are several specialties to select from based on your preferences, as well as a wide variety of employment accessible. As an engineer, you may leave a good and lasting impression on the world.

There are actually so many benefits that you can get from studying engineering for your degree and further.

1. Larger international opportunities

Since engineering is considered a prestigious and privileged job, it surely will be able to give you a lot of international opportunities especially when you are working with companies that deal with natural resources. Engineers are required in every country on the planet. They create and implement solutions to common challenges like access to water and power, safe transportation, and medication – all of which are required worldwide. This means you will have possibilities to travel and work in different countries, gaining new experiences along the way.

2. Financial stability

If you want to live a rich and extravagant lifestyle or just provide a better future for your children, engineering is for you. Engineers are often offered with higher salaries, depending on your position at the company. The majority of educational think tanks, blogs, and news sites rank engineering as one of the highest-paying degree majors. To be more specific, engineering schools account for over 40% of the spots on lists of the top ten earning majors.

3. Various career options

First of all, that is obviously because there are a lot of different types of engineering that you can explore such as chemical engineering, petroleum engineering, mechanical engineering and aerospace engineering. You will also have the opportunity to learn about frame structure machining in Johor. An engineering degree will give you a lot of relevant experience, so even if you decide that an engineering job isn’t for you, you can simply switch sectors. You will get excellent arithmetic skills, as well as problem-solving and project management talents, which might lead to a career in logistics and supplies management, or even procurement.

4. Improving the world

As an engineer, you will make a unique contribution to society by assisting in the invention and development of infrastructure that enhances people’s lives. From medical engineering to civil engineering, your work will have an impact on which you may be proud. For example, environmental engineers will be able to make a new invention on how to get clean water resources at places that are lacking it.

5. Improve ones’ creativity

Working as an engineer means you will have to have great problem-solving skills and critical thinking skills. These are abilities that will serve you well throughout your life, not only while tackling technical challenges. With great hands-on skills and thinking skills, you will have a better opportunity to work as anything you want and that includes data management.

September 14, 2021