Main Robots in Manufacturing. Robotic Automated Process in Manufacturing are helping companies to take the lead.  Top 5 Automotive Robots.

10 Types Robotic Applications in Manufacturing

Robotic Automation Systems are continually increasing across the world. For this reason, we provide a brief description of the most common 10 Top Robotic Automated Process in Manufacturing.

Painting Robots in Car Industry

The car industry is well known for using painting robots for their assembly-line operations process due to the top-quality results.  As a result, painting robots do not over spray or leave drips, they are very accurate and precise when applying paint or coating to a surface.

Therefore, to learn more click Painting Robot Integration Process.  We provide a full details of what you need to know.

Although some robot applications require a detailed design most of the palletising applications are straightforward. Therefore, palletising robots cell is easy, while pick and place robots require proper thought on the design.

However, when investing in material handling other than palletising bear in mind there are another piece of equipment to consider when investing in robots.  As for example, we have the vision technology, software and gripper facilitate robotic handling from very large and heavy to small and delicate. Likewise, big parts require specific payloads to move them successfully and repeatability within work cells.

Thus, to learn more please click Main elements of Palletising Robot Cell.

Assembly-Line Robots can boost Production

Assembly-line robots can boost productivity by expanding production capabilities in manufacturing globally because robots improve speed, consistency and reliability. Therefore, assembly robots are ideal for tasks requiring both accuracy and speed, making robots valuable for investment in the manufacturing process.

Thus, we provide a complete details of assembly line robot process.

Milling Robot applications, Cutting, and Drilling are the most common applications when performing a process of removing material away or mould a structure to specific shapes. Similarly, robot milling is capable to perform consistent tasks and precise cuts with high-end quality parts. However, the robot cell design, safety devices, and tool rack make milling operation secure for robot operators.  Increase production in a safe way is one of the main advantages of any robot application. 

Therefore, to learn more about click the Main elements of Milling robot cell.

Process of Picking parts

Automated pick and place robotic arm refers to the process of picking parts or products up and transfer them to other location. Robots in manufacturing are increasing production process.  Likewise, robots are very consistent on their tasks and they have a high degree of freedom. Even though some of the world’s largest manufacturers have already seen big profits by automating with handling robots, most manufacturers are just starting to implement robotic cell in their facilities. Why not check out the list of the most affordable Robots for sale.

The welding robots is the process to improve the weld  because industrial robots are very precise machines. For example some of the most common welding processes are:  arc welding, laser welding, and plasma cutting welding, TIG, and spot-welding robots.  Therefore, companies are becoming more competitive, provide high standards of welding. 

We encourage to learn more, please click Main elements of welding robot cell.

Counting, labelling or separating parts in a conveyor can be tedious and unhealthy, and the staff may be at risk. Therefore, material handling robots can automate this unhealthy task in a production line with not much effort. In addition, when we talk about material handling, it includes a wide variety of handling products on the factory facilities.

Types of Robotic Handling Processes

Similarly, it is essential to know some of the handling processes for manufacturing tasks. As an example, we have the following:

  • Dispensing
  • Injection Moulding 
  • Pick and Place 
  • Machine Loading 
  • Machine Tending 
  • Order Picking 
  • Packaging Robots
  • Palletising Robots
  • Part Transfer Robots

Key points to consider

When Invest In Robotics

  1. Robot Brand
  2. Robot Payload
  3. Robot Controller
  4. Reach of the Robot
  5. Tool at the end of the robot or gripper
  6. Floor Plant Space
  7. Part to be handled
  8. Robot cell design or layout
  9. Safety components
  10. Control Panel, if required
Robotic Systems (2)

Our robotic integration team can assist you to choose the right robot for your robotic automated Process applications in manufacturing. We provide an honest opinion of the project, equipment involved, and cost. Explore the robotic arm key points. 

How is robotics being used in manufacturing?

In some factories today, we can see robots performing multiple manufacturing Industrial applications from milling, assembly, palletising, handling, dispensing, or cutting.

Even though most of the robots’ users are large factories, the small companies are starting to use them to keep competitive. However, it is hard to find qualified staff willing to work with you in a long term relationship.

Besides this, we do not only see robots in the manufacturing process but also robots collaborating with the staff in many industries. In fact, robots are beyond expectations. For example, robots are driving or serving your food in some countries.

The increase in robotics is shown in a new report released by the International Federation of Robotics (IFR), highlighting that robot density has accelerated globally. Therefore, this is not a surprise for some manufacturers. Industrial robots, for example, have been speeding up operations and making core processes quicker and cheaper in the long term.

Yet, some of the emerging technologies are Robotic Processing Automation (RPA), improving productivity for the UK manufacturing sector.

industrial robot arms

Robot Packages

We provide a customised robot package that fits your needs for any robot applications such as  welding robots, material handling robots, pick and place robots, Palletising Robots, Assembly robots, and painting robots. Our customers’ success is our main inspiration to keep doing business together. See robot trends

Learn More about Robots in Manufacturing

Robotic Cell Main Components

We aim to help our customers to understand about robotic.  Therefore, see What to consider before purchasing a robot?

What do these terms mean?

Robotic Automated Process

Payload is the weight the robot can lift including:
(1) the weight of the Arm Tooling (EOAT)
(2) the weight of the product that the robot will lift it up.

Reach of the robot


Robot reach is the distance between the (1) center of the robot to the (2) reach of the product. This dimension determines the robot’s (3) work envelope or working area of the robot.


End of Robot Arm Tooling


Tool at the end of the robot (EOAT) is known as End effector. They are equipment that is added in the robot wrist such as (1) grippers, (2) welding tool, (3) palletising tool  just to mention a few. 

Robot cell design

A robot cell is a fully integrated workcell of the robot that includes the robot, controller, the safety components and any equipment require to perform the task.

How robotic industry can help small and medium companies?

Top 5 Automotive Robots in Manufacturing

Automotive manufacturing are leader using industrial robots. In fact,  this industry are taken the lead and they are a good example on how to implement robotic into existing production line.

The automotive robots are becoming a necessity  in car factories.  Robot are used in nearly every process of the automotive manufacturing. Despite the fact, that some governments are enforcement new laws for electric car this industry continues innovating their facilities to ensure they deliver on time to their customers.  Also, the supply chain of car factory  remains as one of the most highly reputable supply chains in the world. Even though there are many process in car industry, the automotive robots are key factor in this industry

Top 5 Automotive Robots

Customers reviews

What people say?

John Barnett
Bright Lite Structures
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"We have worked with Kevin and Robot Store since Bright Lite Structures was formed back in 2014. He has always given us a professional service looking after all aspects of robotic automation within our factories.”
Ryan Blockley
PKS Media
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"We purchased a refurbished Kuka machine in late 2021 and it was all installed with no difficulties, and beyond this any assistance and technical issues have been resolved promptly. The machine and its operation is totally new to our company so naturally we have required help on occasion to gain a better understanding of operation and this has been provided promptly. Great company to work with and I would highly recommend."
Swaranjit Sohal
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"Very professional and always quick with any queries you have. Definitely recommend!"

5 Ways Robots help staffs to maintain
their Manufacturing Jobs

industrial robot arms
  1. Robots in manufacturing help to create new jobs or re-shoring tasks.
  2. Manufacturing robots allows companies to grown and success
  3. Robots keep workers from repetitive, and dangerous tasks. Also, it opens the opportunity to the staffs to scale to new position within the company while learning new tasks, such as programming robots, supervision, management and equipment maintenance.
  4. Industrial robots eliminate the shortfall of qualified staffs.
  5. Robotic market is repetitively growing, it means now is the time to improve workers skilled in the UK instead of looking to offshore companies.

Main robot applications

Most Common Robots in Manufacturing. See below an estimated cost for the main manufacturing robot applications

Palletising Robots

Download the Techinical Datasheet for Palletising Robot Cell
including price estimated.

Welding Robots

Download the Technical Datasheet for Welding Robot Cell
including price estimated.

Milling Robot Cell

Download the Technical Datasheet for Milling Robot Cell
including price estimated.

Painting Robot Cell

Download the Technical Datasheet for Painting Robot Cell

Robotic automation

It has never been easier to start on automation
Industries are using robots in manufacturing.

Main Robots in Manufacturing

There are several robotic manufacturing applications but the most popular robots in manufacturing applications are:

  • Welding
  • Material Handling
  • Milling
  • Painting
  • Assembly-line

  • Impact of Automation

    Automation has a long history of positive impact on job quality and productivity. That is to say, a robot arm helps small-to-medium-sized companies (SMEs), which account for over 90% of businesses in most economies, are better able to compete in global supply chains. Therefore, our industrial robots for sale packages are ideal for SMEs and large companies. Check above the most common types of robot applications with an estimate price included or contact us.