Conceptual, electrical and mechanical design
The conceptual, electrical and mechanical design of machinery for process automation is essential to optimize efficiency and productivity in various industries. These three aspects of design work together to create comprehensive solutions that enable automation of tasks and improvement of industrial processes.
First, conceptual design focuses on understanding the customer's requirements and objectives, as well as identifying areas where automation can generate significant improvements. Different approaches are explored and innovative ideas are generated to design systems that meet the specific standards and needs of the industry in question.
Simulation
3D simulation of robotic cells is a powerful tool in the field of process automation. It allows to virtually visualize and evaluate the implementation of robotic systems in production environments prior to their physical implementation.
3D simulation provides an accurate and detailed representation of the robotic cell, including the robots, machines and peripheral elements. Through virtual models, it is possible to simulate the movement of the robots, the interactions between them and with other equipment, as well as the flow of materials and products.
Robot integration
The integration of robots into automated processes has proven to be highly beneficial in terms of efficiency. Robots, with their ability to perform repetitive and precise tasks quickly and consistently, can speed up production times and improve product quality. By taking over activities that previously required human intervention, robots enable greater optimization of resources and reduce errors associated with fatigue or lack of concentration. In addition, their ability to work 24 hours a day, 7 days a week, without interruption, improves the overall productivity of the automated process and allows greater flexibility in scheduling and adapting to changes in demand. The integration of robots into automated processes provides a significant boost to operational efficiency, enabling companies to achieve greater performance and competitiveness in the marketplace. Translated with www.DeepL.com/Translator (free version)
Existing PLC and Robot Programming
Our PLC and robot programming service for existing automated processes offers a comprehensive solution to optimize and improve the efficiency of your industrial systems. Our team of programming experts is trained to analyze, design and develop customized programs to suit each customer's specific needs. Through accurate and efficient PLC and robot programming, we maximize productivity, reduce cycle times and improve quality in automated processes. Our approach is based on function optimization and seamless integration with existing systems, giving our customers the confidence to achieve superior results and exceptional performance in their industrial operations. Translated with www.DeepL.com/Translator (free version)
Development of tests and prototypes
We know that automating has a cost, and before developing a final solution, the best practice is to prototype the machine processes, taking care of the critical and most uncertain tasks, obtaining a real, but manual result, and thus being able to have the confidence to continue in the solution of an integral and autonomous design.
Inclusion of collaborative robots
Collaborative robots offer a number of significant benefits in work environments. These robots are designed to interact safely and collaboratively with humans, allowing for greater flexibility and efficiency in industrial processes. Cobots are easy to program and operate, allowing for rapid deployment and adaptability to different tasks and work environments. In addition, by working alongside employees, cobots can increase productivity by performing repetitive and physically demanding tasks, freeing workers for more complex and creative tasks. Their ability to detect and respond to human presence also improves workplace safety, preventing potential accidents and injuries. Translated with www.DeepL.com/Translator (free version)
2D and 3D machine vision systems
The inclusion of machine vision in machines provides a number of significant benefits in various industrial sectors. This technology enables machines to perceive and understand the environment through cameras and image processing algorithms. By incorporating machine vision, machines can perform inspection, object detection, pattern recognition and tracking tasks with superior accuracy and speed. This improves product quality, reduces production errors and increases operational efficiency. In addition, machine vision enables the automation of complex and repetitive processes, freeing workers to perform higher value-added tasks. Translated with www.DeepL.com/Translator (free version)