The automation department of Eigra Group is formed by professionals certified in Wonderware Archestra and with experience in the industrial field for the development of SCADA applications and programming of PLC, HMI, and industrial networks and servers. This department provides the group the capacity to design and manage all types of control and automation applications for any process within the industry. Together, with quality control and project monitoring, the group provides the client the security of programming and process engineering and its status at all times. We help our clients to analyse the needs of their installations in order to increase the productivity, quality and safety of their production processes.
Grupo Eigra has qualified professionals with experience in programming process systems and SCADA applications, using software from Siemens, Schneider Electric, Omron, Allen Bradley, Beckhoff, Wonderware (System Platform), inTouch, WinCC, and RSView, among others. In addition, the group has a structured database of program blocks and documentation that stages and specifies in detail the development of programs or applications, which generates a concise and similar framework across all projects and saves development and production costs. We provide expertise in data transfer technologies such as OPC UA or IoT servers, their design and implementation.
We dedicate the necessary resources in all phases of an automation project according to GaMP (Good Automated Manufacturing Practice), FDA Part 11 compliance and ISA-88 Batch Control standards.
The experience of the electrical department is combined with the skills of the automation team for the development of electrical engineering for any process, whether industrial or tertiary. Furthermore, Eigra Group has a team certified in the development of “EPLAN” and “See Electrical Expert” diagrams, with a solid base and a standard procedure for generating diagrams and reports that facilitates the study, manufacture and assembly of cabinets, as well as the electrical installation and its proper execution. This procedure creates the basis for the commissioning of the installation, which commits the group to its responsibility towards the project.
The design and choice of different types of industrial networks for an installation is essential when efficiency, control and maintenance are required. For each installation, and according to the parameters to be defined (security, transmission speed, robustness, network management through software…), the industrial network is selected and designed, with the aim of having a larger amount of data. We have experience in:
• Networks with AS-i, Profinet, IO-Link, Ethercat, Ethernet, Modbus RTU and TCP/IP and Sinaut protocols.
• Use of Cisco, Siemens, Schneider, Wago, Hirschmann, and many other well-known brands in the industrial and tertiary sector.
• DCS system from leading manufacturers, design and commissioning phase. Hardware configuration and control strategy programming.
MES systems have evolved from both a technical and functional perspective, driven by new needs in the global economy. From the beginning, the MES system linked the information or business management layer or systems with plant operations. The audacity is to achieve an integrated management of production.
Grupo Eigra offers the integration and implementation of its plant operations and acquired data with its ERP company management system, communication with customers or suppliers, etc., by means of a wide variety of technology available on the market in accordance with the installation and functional automatic system in the plant. This allows managers to have complete, accurate and real-time information on everything that happens in the plant.
The monitoring and control of raw materials, process instructions, finished product, shipment, etc., is a key aspect to achieve continuous improvement. This is achieved through traceability and batch registration to ensure strict manufacturing planning and regulatory requirements, depending on the specific needs of each customer.
We use the market’s leading software tools for batch process control in all types of facilities and for all needs, regardless of complexity.
After some experience in the industrial sector, engineering and finished installations, Eigra Group identified the need to incorporate a cybersecurity service, supporting industrial automation from the start.
Working remotely is becoming more common, so good remote management and data acquisition is essential for data processing in strategically located control centres. This “data delivery via the cloud” and control of plants requires equipment and a special network architecture and programming based on securisation, mixing hardware and software elements at the same time.
Eigra Group leads this solution for clients, thanks to our team qualified only in this field, and the direct support of other departments of the group. In addition, among the projects carried out with this solution, Siemens and Fortinet are the most used and have the capacity to adopt this technology to more potential customers.
Due to the demand from our major clients, Eigra Group is in charge of the design, installation and commissioning of any type of industrial plant or process line. This responsibility provides the company with the ability to design by means of artificial vision and end of line, as well as achieving direct traceability and without loss of information under any circumstances or communications failure.
This improves productivity, speed, quality, reliability and flexibility of the process at its best. Together with the right consultancy and the use of Batch or MES technologies, process times are squeezed with real-time data acquisition. On the other hand, the search for quality is reflected as one of the fundamental standards of any industrial process and is positioned as one of the first needs. Therefore, Eigra Group studies and designs solutions with software and artificial vision, allowing data acquisition and evaluation in real time, as well as instant decision making, improving the efficiency of the process. Image source: kuka.com
The digital twin is presented as a simulation and analysis technology for industrial processes, capable of demonstrating and integrating all the possibilities of the process itself. It is a completely digital representation in direct simulation of any type of element, process or instrumentation that make up a factory or station.
With the real-time information of the plant, the recorded history and maintenance data, together with our own applications based on machine learning, it is possible to obtain an accurate and precise model with the identified behaviour and operation that the real system would have.
Thanks to this, we obtain a protected and 100% adjustable simulated and safe environment for experimentation and changes, with the possibility of detecting preventive problems, planning minimum maintenance stoppages (or even avoiding them), simulating new operating standards by modifying set points or equipment, etc.
This environment requires not only the design and simulation of the equipment and the process, but also of the data: whether generated by the simulated application itself or collected in real time from the production line. Image source: siemens.com
Cookies are small devices that are stored on Users terminals and allow users to remember their browsing data. The cookies used on this website are important because they serve to improve your experience, remember details of the login, provide content adapted to your tastes and make this site safer and easier to use. If you click accept, you will navigate directly through the Web and accept the use of all cookies. If you click on Information and preferences, you will obtain information about the cookies we use and you will be able to choose your browsing preferences. By logging out, you can delete cookies from your browser.
You have already selected your cookie preferences in previous sessions. Do you want to modify them?
Are those that allow the user to navigate through the website, and use the different options or services that exist in it, such as, for example, identifying the session, accessing restricted access parts, carrying out the purchase process of an order or use security elements while browsing.See the cookies we use.
Personalisation, analysis or functional cookies
These are the cookies that allow the user to access the service with some predefined general characteristics based on a series of criteria in the users terminal, such as the language, the type of browser through which the service is accessed, the regional configuration from where you access the service, quantify the number of users and thus carry out the statistical measurement and analysis of the use that users make of the service offered. For this, your browsing on our website is analysed in order to show you products and services more relevant to youSee the cookies we use.
Advertising or informative cookies
These are the cookies that allow us to manage our information in the most efficient way possible, adapting its content to the preferences of the user, the type of terminal from which the service is accessed, the characteristics of the use made by the user of the services, showing our own or third party advertising, etc. To do this, we analyse your Internet browsing habits to show you advertising related to the interests of your browsing profiles.See the cookies we use.