Robotic Programming
Our engineers are highly trained to perform automation and the commissioning of industrial robots as well as regular maintenance and services.
ABB, FANUC and KUKA are some of the robot manufacturers that we work with on many different production processes, such as welding, handling, and cutting.
Our team possesses all the technical abilities necessary for creating and optimizing programs for industry robots and calibrating robots at customer sites. We can also define interfaces between the robots and other systems and are capable of following any customer-specific standards.
Through modeling and simulation, our professionals refine the system design and eliminate errors before developing hardware prototypes.
Software for PLCS
Programmable logic controllers (PLCs) and PLC programming software are some of the most used automation technologies in manufacturing. They allow for greater flexibility, reliability, and scalability in virtually any field and can be used to automate various industrial processes.
Our trained personnel have a proven track record with the programming, leadership, and technical knowledge necessary to set up electronic control systems for mechanical equipment, including integrating electrical wiring requirements into pneumatic and hydraulic systems.
Among the many tasks our PLC programmers are equipped to perform are the following:
- Development of software for PLC controls with the corresponding visualization
- Design of control and regulation programs
- Optimization of existing control programs
- Maintenance and fault detection
- Customer consulting
KING Automation’s programmers possess the critical thinking, computer science, and problem-solving skills necessary to resolve operational issues related to automation. They are highly trained to work with the major brands of programmable logic controllers, including Allen Bradley, Siemens, and Mitsubishi.
Supervisory HMI/SCADA
Thanks to the know-how we have gained from various industrial sectors, we are ready to assist our customers in understanding their problems by providing integrated hardware/software solutions for the following:
- Supervision of industrial plants
- Acquisition and processing of production data
- Quality control of production and storage processes
Supervisory Control and Data Acquisition (SCADA) systems promote smoother communication between different parts of a project, helping to save time and increase efficiency. Among their many uses:
- Remote control of several processes
- Interaction with sensors, pumps, valves, and motors through Human-Machine Interface (HMI) software
- Monitoring and processing data
- Recording events
Considering all of those functionalities, it is obvious how SCADA systems make it easier for engineers and technicians to analyze data and come up with solutions when needed.
HMI software complements this process by allowing communication with the PLCs. The HMI functions as a screen that permits the operator to connect with a system or machine and facilitates data visualization.
These systems are used collaboratively, not only in manufacturing but in many other industries, such as transportation, oil and gas, energy, and recycling.
Working with supervisory systems software leaders such as Wonderware, WinCC, and ZenOn, enables us to respond with a high level of precision and control solutions that prioritize quality.
