Hydraulics
Hydraulics is a mechanical function that operates through the force of liquid pressure.
In hydraulics-based systems, mechanical movement is produced by contained, pumped liquid, typically through hydraulic cylinders moving pistons. Hydraulics is a mechatronics component combining mechanical, electronics, and software engineering to design and manufacture products and processes[Techarget].
Due to its working mechanism, the hydraulic system is valuable across different industries. The physics behind the hydraulic is that you apply force at a specific point transmitted to energy to another point through an incompressible fluid. It is a type of oil that construction companies utilize in heavy machinery.
There are four main advantages of using hydraulic systems in the manufacturing industry: Hydraulic systems are more efficient than pneumatic systems because they use less energy and eliminate less heat.
- A hydraulic system is more flexible and valuable during design revisions and for optimizing the production capacity.
- A hydraulic system allows for greater control over the machine settings, reducing wasted time and errors in the production process.
- A hydraulic system allows for the seamless integration of new products into the existing manufacturing lines because it can be adjusted with a minimum work mechanism [HYDROFIT].
Katie Terrell Hanna. (n. d.). Hydraulics. Techtarget. Retrieved from: https://www.techtarget.com/whatis/definition/hydraulics
Why Hydraulics is Important in the Industry? HYDROFIT. Retrieved from: https://www.hydrofitme.com/why-hydraulics-is-important-in-the-industry/