How to combine robotics with ERP to track production in real time? A guide for companies seeking a competitive advantage

Estimated reading time: 8 minutes

TL;DR

• The integration of robots with ERP enables real-time tracking of production and resources.
• Combining automation with ERP helps reduce costs and eliminate human error.
• A methodical approach to deployments, from infrastructure analysis to testing and scaling, is key.
• Modern AI and IoT technologies further reinforce the benefits of integration.
• Data security and a well thought-out ROI plan are essential elements for project success.

Table of contents

• Introduction
• Why is the integration of robotisation with ERP so important?
• Michale automation - support in machine building and robot integration
• Step by step - how to integrate robotics into ERP?
• The most common challenges in integration and how to solve them
• How do AI and IoT solutions enhance ERP integration with robots?
• Practical examples from the sector
• Further improvements - what else can be integrated?
• Internal linking and next steps
• Practical conclusions and recommendations
• Summary

Introduction

Automation company - these two words are increasingly being used in the context of business development, especially in the manufacturing and industrial sectors. In the era of Industry 4.0, robotics and automation solutions are becoming a driving force for companies that are thinking about optimisation and efficiency. A key element of this transformation is the integration of robotisation with ERP systems, as it is through integrated data that the status of production can be tracked in real time and more accurate business decisions can be made.

In this article, we will explain why the combination of robots and ERP software is so important, outline the practical steps of the integration and show how a company can gain a real competitive advantage by doing so. You will also learn what challenges to expect and how to solve them to make the process as painless as possible.

Why is the integration of robotisation with ERP so important?

The integration of robotisation and ERP (Enterprise Resource Planning) is a topic that illustrates well how technology can turn traditional manufacturing processes upside down. ERP systems collect and process information about the status of warehouses, production, sales or logistics. In turn, robots and automated lines perform key tasks on the production floor. The combination of these two areas makes:

• You can track production in real time: Data on the number of components produced, the status of raw materials or the progress of work goes straight into the ERP system. As a result, you do not have to wait until the end of a shift or the close of a reporting period to have a reliable view of performance.
• You optimise resources and costs: If the ERP system 'knows' about a robot's declining performance or increasing energy consumption, it can suggest changes to the schedule or the implementation of maintenance activities. This allows a quicker response to potential problems and reduces downtime costs.
• You eliminate human error: Thanks to automation, data exchange between the machine and the software is direct. Writing data on paper or in Excel files is reduced to a minimum, reducing the risk of mistakes.
• You increase quality and ensure standardisation: Based on up-to-date information from the production lines, you can implement quality procedures and respond to deviations. Consequently, you reduce the number of deficiencies in the production process.
• You innovate faster: The data collected is the foundation for optimisation and product development. Thanks to integration, you are able to modify something almost immediately and not only after a detailed, lengthy audit.

Michale automation - support in machine building and robot integration

At Michale Automation (also known as Michale Automation Company), we have been observing a growing interest in robotisation among small and medium-sized enterprises for years. Our company specialises in the comprehensive implementation of projects ranging from the construction of machines and production lines to the implementation of robotic workstations. We are also an official distributor of SIASUN robots, which allows us to select modern solutions with a high degree of reliability.

For companies that need not only the robots themselves, but also a full integration package (i.e. combining hardware with ERP, MES or vision systems), we become the 'link' between the world of industrial automation and the world of IT. In this way, our customers are assured that their investment will translate not only into higher production capacity, but also into better data usability.

Step by step - how to integrate robotics into ERP?

The integration of robotisation with ERP is sometimes seen as a complicated process, but it just needs to be approached methodically and a few key steps taken care of.

1. analysis of the current state of the systems

The first step should be a meticulous examination of the company's IT and machine infrastructure. Find out what ERP modules are used and how. Consider whether the robot will need additional sensors or whether existing machines already have the required sensors. Also plan how the data from the robot will reach the software (e.g. via an industrial network, an API or a dedicated module).

2. Selection of a suitable robot or production line

At this stage, you decide whether you are automating one selected process (e.g. palletising, packaging) or introducing robotisation of the entire assembly line area. For example, if you are operating in an environment where repetitive tasks need to be automated, you might consider implementing the solutions described here:
Robotisation of repetitive production.
This approach allows you to start with a smaller area and see what real results an integration with an ERP system will bring, before going a step further.

3. adaptation of integration elements

Depending on the level of automation to be achieved, the implementation of middleware may be required. This will allow the robot to 'talk' to the ERP system in real time and send data about:

• Production progress,
• Consumption of raw materials,
• Irregularities detected.

Sometimes an open API is sufficient for this, but in more complex cases it is worth using dedicated MES (Manufacturing Execution System) or SCADA solutions that can manage the operation of robots and other equipment in real time.

4 Testing and optimisation

Once you have connected the first test production station, you need to check that the data flowing into the ERP system is correct and updating as expected. Next, it is worth carrying out a short calibration phase in which you fine-tune the robots' operating parameters, such as:

• Frequency of information updates,
• Transmission of error alerts,
• Integration with production planning modules in the ERP system.

5. scaling up the solution

If you can see that you are defending against unnecessary downtime and production is actually becoming clearer, you can proceed to implement full integration in further areas of the company. This is a good time to consider at which phase it is worth investing in additional robots or machine upgrades to get the most out of your ERP system.

The most common challenges in integration and how to solve them

In practice, each company has its own specificities and may face different difficulties. Here is a summary of the most common challenges in integrating automation with ERP, along with a brief description of how to deal with them effectively.

Lack of consistent communication standards

Sometimes robots and machines come from different suppliers and have their own communication protocols. This makes it difficult to collect all the data in one place. The solution is to implement so-called communication gateways (gateway) or software that translates data from different formats into consistent standards used by the ERP system.

2. limitations of the link or network infrastructure

Modern robots often use broadband internet connections or industrial networks - such as industrial Ethernet. If your production facility has poor network connections, this can lead to delays in sending data. This is why it is important to audit your network infrastructure for performance and security.

3. integration with the 'untrained' IT team

IT employees have not always had previous exposure to projects in the area of automation or robotics. In this case, it is essential to include time for training in the schedule. Collaborating with an integrator (such as Automatika Michale) helps to speed up this process - our team watches over the correctness of the implementations and provides technical support.

4 Data and control security

Transmitting sensitive production data in real time requires security on many levels: from encrypting transmissions to restricting access to control panels to ensuring that unauthorised users cannot interfere with robot operations. Care must be taken to ensure that only authorised personnel have access to integration interfaces and that system administrators are properly trained in security.

5. lack of a clear ROI plan

Companies are often concerned about the expenses associated with robotisation and running additional modules in ERP. The key here is to create a clear plan that shows how long it will take to recoup the investment. This can include calculations related to the reduction of human errors, waste reduction or reduced production downtime.

How do AI and IoT solutions enhance ERP integration with robots?

Increasingly, the use of artificial intelligence (AI) and the Internet of Things (IoT) is being talked about in the context of integrating automation with ERP systems. However, it is not worth treating this as a complicated, futuristic concept. Thanks to intelligent algorithms:

• You can collect and analyse thousands of sensor data points in real time, allowing you to react more quickly to any faults.
• AI can predict breakdowns and recommend maintenance schedules or tool replacements before downtime occurs.
• IoT improves the communication between machines and IT systems, making automation a broader dimension.

At Michale Automation, we focus on implementations where the integration of robots and IT systems can increase production efficiency by up to several tens of per cent. Thanks to our role as official distributor SIASUN Robots SR25A-12-2-01 we can select solutions proven on global markets, complementing them with Polish production realities.

Practical examples from the sector

1. assembly line for agricultural machinery parts

One company in the agricultural machinery industry faced the challenge of inconsistent data. The production department was reporting different values than those visible in the ERP system, while the warehouse often ordered too much raw material based on unreliable statistics. By integrating the robotic assembly line with the ERP module responsible for inventory, the company was able to reduce inventory by 15%, as well as simplifying quality reports.

2. Furniture factory - palletising and packaging robots

In a furniture factory, robots responsible for palletising finished pieces were implemented. Each robot continuously sent information about the number of pallets prepared and the status of the packaging film to the ERP system. As a result, the logistics team was able to plan the export of goods, avoiding the accumulation of manufactured semi-finished products. The company saw a faster workflow and improved daily organisation.

Further improvements - what else can be integrated?

1. Vision systems and artificial intelligence

A fairly obvious extension of integration is the inclusion of vision systems (e.g. CCTV cameras) or sensors to support quality control. If the ERP system 'knows' what the permissible tolerance range of a product's dimensions or appearance is, it will automatically send a signal back to the robot or staff that an order does not meet the standard.

2. demand forecasting and production planning

Bringing together data from ERP and robots opens the way to advanced analysis, including demand forecasting or predictive planning. Algorithms can suggest the best time to extend a shift, increase raw material or reduce inventory.

3 Integration with MES systems

Although ERP is the centre of resource management, in many companies it proves crucial to implement an MES (Manufacturing Execution System). This system provides even greater accuracy in supervising production processes - for example, it allows information to be collected on the cycle time of each station, the effectiveness of machines (OEE) or the number of breakdown events. In combination with robots and ERP, it provides a complete picture of the processes.

Internal linking and next steps

If you are considering specific areas of robotisation, it is worth taking a look at our offerings, where we describe the different types of implementations for companies:
Robotisation services and
Various automation possibilities.

Enriching a production line with automated solutions need not be limited to simple, repetitive tasks. More and more companies are also considering investing in intelligent welding, painting or grinding stations, as well as robotic packaging. All of this can be integrated with ERP to gain full insight into productivity and order status at every stage of the process.

Practical conclusions and recommendations

1. Start with a needs and resources assessment: Before you integrate, consider whether your IT infrastructure and production facilities are ready for such a change.
2. Set clear business objectives: Define measures of success (productivity, costs, OEE) to easily track ROI from robotisation later.
3. Bet on the right system architecture: Your industrial network must be able to handle continuous data transfer, and your ERP system should support communication with robots via standard interfaces.
4. Pay attention to safety: Update access policies, encrypt sensitive data and secure the control area.
5. Plan for the long term: The greatest potential will be revealed when the integration covers many areas of the company. Therefore, think today about whether you might want to add further modules or industry-specific solutions from AI, MES or vision systems to your system in the future.

Summary

Integrating robotisation with an ERP system is one of the cornerstones of effective automation of production processes. This enables companies to fully exploit the potential of the data flowing from the machines, ensure a continuous flow of information on the state of production and react more quickly to any irregularities. What's more, the key to success is the proper planning of the entire integration process - from the state of the infrastructure, the selection of robots and the definition of objectives, to the training of the team and the implementation of safety procedures.

Michale Automation, as an experienced partner in the construction of robotic workstations and production lines, offers full support in the selection and integration of robotic solutions with existing software. We have the knowledge and tools to create tailor-made systems. In other words - if you are thinking not just about a single machine, but a comprehensive transformation and want to track production in real time, contact us.

We also encourage you to read other articles on our blog and keep up to date with current industry trends. We hope that this guide will help you confidently walk the path of Industry 4.0 and take full advantage of the opportunities offered by the automation of a company where robots and ERP systems go hand in hand.

FAQ

How long does it take to implement automation in a company?
The implementation time depends on the complexity of the processes and available resources. It can range from a few weeks for simple solutions to several months for extensive projects and large integrations.

Does automation mean redundancies?
Usually no. Automation allows employees to focus on more creative and strategic tasks, while freeing them from monotonous tasks. Many companies use this to retrain and develop their team professionally.

Does robotisation only pay off for large companies?
Today, advances in technology are leading more and more small and medium-sized companies to turn to robotisation. Costs are coming down and flexible solutions can deliver a favourable return on investment even for smaller operations.