Many car manufacturing industries are using robotic technology in their production. Automotive robots make the production work easy, thus saves on the time and cost of creation. The robotic machines work with precision, thus produces appealing cars that attract customers.
Automotive robots are fitted with diverse applications for different operations. The following are the typical applications found in automotive robots.
1. The Robotic Painting Application
Painting is an essential process in a car manufacturing plant. Good art gives a car an impressive finishing. The process is a highly dangerous job, as it requires the use of toxic chemicals. Painting requires precision and consistency, which can only be achieved by an automotive robot.
A robotic machine is concise and therefore minimizes material wastage during the process of painting. Robots are usually engaged to do the art of the significant areas in which a task they accomplish within a short time. Robotic machine painting is also seamless; thus, it stands out, giving the company big sales from repeat customers and referrals.
2. The Robotic Welding Application
There is a lot of welding that is done in a car manufacturing plant. Welding is a high-risk process as it involves the use of high temperatures. Humans cannot withstand high temperatures, thus the need for an automotive robot with a welding application.
Robotic welding is an invaluable application in the automotive industry. Besides producing well-finished products, robots also take little time to complete the process.
3. The Robotic Assembly Application
Automotive assembly involves assembling of components of different sizes. Some of the elements, such as pumps and motors, are small; thus, they can be joined by humans. Others like engines are big and heavy to be lifted by humans.
There are also complex assembly processes. The robotic machines are fitted with assembly applications that effectively handle any the assembling process. The robots are precise and commit no errors.
4. The Robotic Machine Tending and Part Transfer
The beauty of using the robotic machine is that they are programmed to tend to other devices. With advanced technology, robots are engaged in managing the tools without the need for human supervision.
The robots are used to operate machines that are dangerous for handling by humans. Processes like the transfer of metal stamps and pouring of molten metal, which is risky, are carried out by the robots.
5. The Robotic Material Removal Application
Trimming and cutting during the process of material removal are delicate and require precision. The automotive robots are fitted with an application that is used in material removal. The robots are precise when cutting the fabrics and trimming of plastics. For a perfect material removal job, engage the robotic machines, and you will never regret it.
6. Collaborative Arm Application
Sometimes it may be hectic to have different robots performing the various tasks. In such a case, there is a collaborative robot that can handle all the functions in a car manufacturing plant.
A collaborative robot has inbuilt robots that work in collaboration with other robots. A single robot consists of collaborative arms that are installed with different applications. The robot handles all the tasks in the assembly plant without altering the assembly lines.
The robot welds, paints, assembles and performs all the functions in the production unit. These robots are big and expensive to purchase. The collaborative robots are mostly used in large assembly plants but can also be engaged in small plants.
There are various industrial robots available in the market. The choice of the automotive robot depends on the size of the industry and its purpose. The common types of industrial robots are;
- Articulated robots
- Cartesian robots
- Cylindrical robots
These robots have different applications and features. The automotive robots are easy to operate and do not need one to have programming knowledge to work with them. More so, the robots can be customized to fit the needs of the buyer.