Technology Derived From the Application of Mechatronics

Mechatronics applies all the basic principles related to machines, electronics, and informatics combined and synergized into one. Generally, combining all these elements is created to create a new technology that is useful for humans.

The application of mechatronics is usually not far from things such as machinery, electronics, and informatics. It’s just that it was created more complex to fulfil a certain function. One of the characteristics of the application of mechatronics is that it is multipurpose.

As we know, of course, all the fields mentioned will be encountered by humans around them every day. Therefore, mechatronics is considered one of the most important types of science, and its impact can be felt directly in daily human life.

Hence, mastering the science of mechatronics means that we can also become useful people for the lives of others through various mechatronic devices that we create for human life so that they can be used and benefited.

Examples of Mechatronic Application Techniques That are Beneficial to Human Life

Studying mechatronic engineering can have very good long-term prospects because graduates from these fields of study are very much sought after by companies where mechatronics knowledge will be indispensable in a company for various purposes.

This is because there are still very few people who even understand what mechatronics is. Sometimes its application in everyday life is not given much attention even though the application of mechatronics is very important for human life; here are some examples of the application of mechatronics technology.

1. ABS ( Anti-lock Braking System )

The first mechatronics applications are usually found in the automotive world, where the braking system is vital in the automotive sector. Manufacturers must pay close attention to the braking system in their products.

This is what ultimately led to the creation of ABS or anti-lock braking system; ABS itself is one of the applications of mechatronics where ABS is a system integrated into a vehicle that helps the driver stay safe while driving, even on slippery roads or when sending a premature delivery.

The vehicle’s wheels will not be locked even if the driver brakes suddenly and extremely with the ABS technology. With the ABS technology, you will be safer when driving.

2. ESP ( Electronic Stability Program )

Along with the development of increasingly sophisticated technology, one of the impacts is the automotive world. Each automotive product is more comfortable and safer, along with various advanced technologies to support these automotive products.

One of the features that use the mechatronic principle is or electronic stability control. That is a technology integrated with a computerized system that has an important function to improve security in terms of car control through sensors that can detect and minimize slippage. Therefore, this program always ensures that the vehicle is in good control.

3. ABC ( Active Body Control )

ABC or active body control is an advanced suspension technology system that consists of various components integrated into a single system that makes the technology operable. The working system of this technology can dampen the car in all road conditions.

Whether it’s a good road or an extreme road due to damage or steepness, this system will increase the comfort of the driver and passengers by controlling the springs and damping each wheel of the vehicle.

The performance of this ABC system has been integrated by a computer so that it can work automatically; for example, this system will use hydraulics to reduce enormous pressures and use conventional shock absorbers to overcome small pressures.

4. Motor Management System

The next application of mechatronics is the motor management system, an integrated system that controls and controls the entire performance of the machine and is controlled by a single device called an electronic control unit or contents.

As a result, the machine can be controlled and always in the best performance because the data on the machine is computerized very sophisticatedly. In this technology, all machine components utilize sensors as inputs which will then be processed in the electronic control unit.

5. Comfort in Turbulence System

Turbulence is one of the most common terms encountered in the aviation sector and is already familiar. Turbulence itself should not be ignored and underestimated because it can cause various dangerous events.

One of the positive impacts of mechatronic technology is the creation of comfort in turbulence system technology, where the system functions to minimize the impact of turbulence which can increase the comfort of wrong passengers.

6. Robojet Manipulator

People do not widely know this tool, but its function is very important for human life. This robot manipulator is a piece of heavy equipment usually used to dig tunnel systems where the working mechanism is regulated and driven using a hydraulic system. The manipulator robot can scan the profile of the tunnel that you want to excavate.

Furthermore, it can calculate the exact direction and the concentrated liquid to be sprayed accurately because this tool requires a paint sprayer that has a function to accurately attach the concentrated liquid to the part to be excavated.

Elements and Structures in Mechatronics

One of the requirements that must be met in mechatronics is to fulfill all the basic components or elements that make up the mechatronic structure itself. The following are the elements and structures that make up mechatronics.

The first sensor component is an element that receives data from an object you want to control. Then there is the controller component, where this component functions to determine whether the controlled object meets the needs or there are other irregularities.

Then there is a data path; this component is in charge of distributing commands obtained from the controller. The next page is the aquator, where this element has a vital function, namely converting energy. The conversion is done by changing the form of electrical energy into mechanical energy.

The last component or element is an energy source. Of course, this component has a vital function, namely providing energy to all elements that need it evenly; all of these components must be complementary and integrated to create a perfect application of mechatronics.