Robotics Manufacturing Industry
The robotics manufacturing industry is a dynamic and rapidly evolving sector that plays a pivotal role in modern industrial processes. the robotics manufacturing industry is poised for continued growth and innovation as companies seek to leverage automation technologies to improve efficiency, quality, and sustainability in their operations.
IFR Robotics Manufacturing Industry Report
“Robot installations 2024: Second highest count in history 542,076 robots installed. Annual installations surpassed the 500,000-unit mark. In 2021, over half a million new industrial robots were recorded, with a peak of 552,946 units in 2022. Despite challenging conditions, installations were only 2% down in 2023 (541,302 units) and remained stable in 2024. Slight demand growth from the electronics and general industries offset declines in the automotive sector.
In 2024, electronics accounted for 24% of installations, while automotive had a 23% share. The metal and machinery industry increased its share to 16%, followed by plastic and chemical products (5%) and food and beverage (4%). For 14% of robot installations.
“In 2024, the operational stock of industrial robots was estimated at 4,663,698 units (+9%). Since 2019, the operational stock of industrial robots has been increasing by an average of 11% each year,” according to the IFR report.
Robotics Manufacturing : A Consensus
“Significant developments in manufacturing have occurred due to the continued improvement of industrial robots and higher demand for intelligent products in manufacturing.”
Manufacturers are able to increase cost savings and operational efficiencies by incorporating robotic manufacturing into their factories, freeing workers from dirty or dangerous tasks. Over the past 30 years, industrial automation has reduced 100% of manufacturing expenses into cost savings. Smaller companies are now benefiting from robot automation for the first time, while larger companies are able to improve existing products. In this article, we will answer three critical questions related to starting with robotic manufacturing: the crucial elements involved in robotic automation and its integration, why it is beneficial to choose a top robotic integrator, and understanding industrial control systems in robotic automated tasks.
We will answer in more detail these questions.
1. Crucial Elements for Robotics Manufacturing Systems
Integrate Industrial Robot Arms with other machines or equipment to efficiently perform tasks on the factory floor. For example:
- Robotic Welding Integration requires a welding gun or any other end of arm tooling
- Robot Palletising (Material Handling Operation) requires a gripper at the end of the robot arm.
Therefore, robotic Integration companies provide input through the entire project lifecycle. Likewise, manufacturing in collaboration with the broader team focuses on business solutions.
2. Why is it beneficial to choose a Top Robot Integrator?
It can be challenging to decide which robotic integration company and which robotic system to choose. Our suggestion is to search for a robotic integrator that understands your specific needs with real case studies.
A vital necessity when communicating with your potential integration company is whether they respond quickly to your queries. In other words, do they contact you promptly after you have contacted them?
A right robot integrator works with any robot manufacturer, and will likely be a [ KUKA robotic integrator, an ABB robot integrator, or a FANUC robotic integrator ]. Let’s see what the integrator can do for you.
Robotics and manufacturing planning
Robotic Cell Design and Planning
Planning is vital to understand the customer’s needs and to know what kind of technology will fulfil all requirements. However, there are many components to consider depending on which equipment can fit into the manufacturing floor plan. Most importantly, the automation system provides a complete integration solution or control specific pipeline processes.
Let’s have a look at two slightly different Robotic Automation Systems
In picture 1.1, an Example of Basic Robot Automation systems may vary depending on the robot application and task to perform.
In picture 1.2, an Example of Robot Cell Design Integrated Structure with an Industrial Control Panel. Example of Robot Palletising Cell.
Basic robot equipment installation Industrial robot:
- End arm tooling
- The controller safety equipment
- Robot cell design or guarding
However, depending on your requirements you may need some other automated components. The right integrator will help the manufacturer to understand which of their processes are wasteful and which are value-added for the operation. Therefore, some robot integrators will only focus on a specific robot application and may not always have experience with all requests.
3. Industrial Control System Role in Automation
We will provide a summary and description of the primary functions of the control systems such as the electrical control panels in automation.
Electrical Control Panels, PLC Programming, and HMI Components
- A control panel for robotics consists of control or power sources such as circuits, sensors, actuators
- These panels act as a user interface to control the robots and collect data for continuous improvement
- The control panel design begins with preparing the schematics to meet regulation and safety requirements.
- A robot operator can monitor and control the industrial robot arm using
- Connect the Human Machine Interface (HMI) panels to the PLC, if required
- The schematics of the electrical control panels are according to the needs of the customers.
- The HMI uses special software that enables engineers to program controls and monitor the complete operations, such as valve states, pressure, and temperatures.
- Custom design of the layout of the monitor and push buttons based on company needs.
- The programmer must link each indicator and button to specific output or input in the PLC.
- The HMI and PLC need to be compatible, meaning that they need to talk to each other. For instance, they do this by using a protocol such as Modbus, Ethernet/IP, or Profibus. These are industrial Networks, and the Protocol will connect the PLC, HMI, Industrial robots, and other machines.
- Once the PLC and HMI are connected, it will be possible to monitor and control any PLC functions. In other words, they work together to monitor and control the robotic systems.
What does SCADA mean and why is it important?
Supervisory Control and Data Acquisition (SCADA) systems are the larger systems to control industrial processes, though SCADA and PLC systems are scalable down to small operations with few control loops. In conclusion, the SCADA system controls can perform all kinds of industrial automation processes thoroughly.
Some example of industries that are implementing large control systems is water treatment plant, chemical processing, power generation, oil and gas processing, and telecommunications.
Robotic Companies in the UK
Most robot integration companies in the UK understand the importance of Control Systems in robot operations. Most importantly, they will ensure that outsourcing companies will comply with company requirements.
Besides, reliable UK Robot Automation companies will suggest the best options on the market in terms of reliability and quality of the products. So, they will provide the best layout or robot design in the floor plant.
In today’s world, manufacturers are always looking for new technologies to take their production to the next level. That is to say; robotic manufacturing is an emerging sector and there are many reasons to incorporate robots into your production process.
It is evident by this post; there are many things to consider while implementing robots into a manufacturing pipeline. For example, when is the right time to install a robot, cost savings, Robot ROI, and Robot Integrators skills just to mention a few.
What Makes a Product “Intelligent” in Robotics Manufacturing?
An intelligent robotics product combines one or more of the following capabilities:
- AI / Machine learning to perceive, decide, or adapt
- Sensors and vision systems for real-time environmental feedback
- Connectivity / IIoT for data exchange and analytics
- Autonomy / adaptive behavior in dynamic production settings
Human-robot collaboration safety and interfaces
These products go beyond traditional, fixed-path automation to sense, learn, optimize, and respond dynamically during manufacturing operations.
These products go beyond traditional, fixed-path automation to sense, learn, optimize, and respond dynamically during manufacturing operations.
How These Products Transform Manufacturing
- Flexibility & Changeover Speed
- Smart robots can switch between tasks quickly — vital for small batches and custom products.
- Quality & Precision
- Vision and sensor feedback reduce defects and adapt to variations in real time.
- Efficiency & Uptime
- AI analytics and predictive maintenance cut unplanned downtime.
- Safer Human-Robot Collaboration
- Real-time sensing and AI-driven safety enable humans and robots to share space.
In summary
The right robotic integrator must fulfil all these elements essential for the success of a robot integration project.
Industrial robot costs have reduced drastically in recent years. Hence, this helps encourage small and medium-sized businesses to consider this technology and prepare their employees to become experts in Robot Automation Systems. See our case studies.
The best part? You can be one of them. Contact the automation experts!
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