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Electricity moves the universe
Electricity is from the foot of creation. Looking at man, we find that all the movements of his organs are electrical signals and control every cell as well. Glory be to the Creator.

What we Do TOGETHER
Design – Supply – Installation Maintenance – Follow-up – Development
The importance of electricity in our lives Increasing the productivity of the industrial sector Electricity is used in the industrial sector to operate engines, various machines, lights, computers, office equipment, heating, cooling, and ventilation equipment in facilities and buildings, so that most industrial facilities buy electricity from electrical power supply facilities, or From independent power producers, some of these utilities generate electricity for use in powering factories by burning fuel. The face of the industrial world changed with the beginning of the industrial revolution in the nineteenth century thanks to the use of electricity in the manufacture of products, and electrical energy contributed to the production of goods faster, more neatly, and higher quality. In the current era, the use of electrical machines has increased, which has led to an increase in the production of multiple goods, and the ability to operate machines in all industries, whether large or small, which has contributed to the growth of industries and the improvement of the condition of community members.

supply
After the design stage comes the supply stage, which is the first step to transform the project from mere ideas to a tangible reality.
maintenance
The maintenance stage is an influential stage in the production operations in terms of achieving the required goals on time, controlling an important part of production costs, production speed and quality, and maintaining the entire project.
Development
The development stage is one of the most important economic stages because it works to make the most of the project by adding larger targets for production using the same components. It is the stage of maximizing profits.
the design
When the institution or factory needs to add a new project, it has to start envisioning that project and looking at the possibility of achieving it on the ground.
Composition
The installation stage is one of the important stages and also requires great expertise to perform the tasks on time with the required quality. One of the most distinguishing features of the Professionals Company is our operational experience in many sectors, which allowed us to avoid many of the operating problems that we experienced.
Follow-up
The follow-up phase comes to the establishment of the development phase and to ensure that the production process is proceeding in accordance with the initial perceptions of the project.
R&D
Preventive maintenance concept
Preventive maintenance is defined as a set of activities and procedures undertaken by the maintenance department, in order to maintain machinery and equipment in good operating conditions, and to avoid sudden malfunctions and failures, by addressing any shortcomings before they reach a state of breakdown or failure. It also makes the devices in a good operational condition at all times, and return them to the normal state in the event of failure, to obtain high-quality production lines, within a reasonable cost and a specific system, and to conform to the required specifications, in terms of quantity, quality and product quality, as well as health and safety requirements. A good preventive maintenance system is the pulse of effective maintenance, as the success of the preventive maintenance program depends on achieving the least breakdowns, as well as the lowest repair costs, so it must be a kind of balance between corrective maintenance work and preventive maintenance work, so preventive maintenance contributes to preventing and detecting failures and breakdowns before their occurrence. Preventive maintenance is carried out periodically, and according to a specific time plan, set by machine manufacturers, or by experienced technicians, taking into account the review of the condition of the equipment, and examination of it to allow it to continue to work without any sudden stoppage, and production maintenance is concerned with deadlines. very precisely defined


Clients
The control engineer is concerned with designing the controllers that cause systems to behave in a certain way
Control The control engineer is concerned with designing control units that cause systems to behave in a certain way, using micro controllers, programmable logic controllers, digital signal processors, and electrical circuits. Various control units or devices operate based on one or more physical factors specified in the equipment. , such as temperature, altitude, or speed, and these devices include the simple thermostat in the home oven, speed and emissions control devices in the car, autopilot in modern jet planes and spacecraft, control of prosthetic limbs in biomedical applications, and robots in factories. and others. The principle of control devices work is to measure the behavior of the devices to determine the difference from the desired behavior, then change or modify the system inputs to approximate the actual behavior to the desired behavior. The control field is one of the important areas for a number of modern life needs. Such as controlling emissions in order to achieve a cleaner environment, automation in factories, exploration of uninhabited spaces and underwater places, and control of communication networks. The work of the control engineer is summarized by discovering ways to develop and improve the performance of various control devices, and to achieve this the control engineer must be familiar with with computer software and components, and the ability to discover and solve new problems that fall under a variety of disciplines, ranging from aviation to electrical engineering, chemical engineering, chemistry, biology, and economics
The importance of the instrumentation and control department?
Devices, control and protection are the beating mind of production processes, as they are responsible for the interaction and communication between the operation and production departments and the equipment responsible for production and also play the role of protection to preserve the assets and more
Control The control engineer is concerned with designing control units that cause systems to behave in a certain way, using micro controllers, programmable logic controllers, digital signal processors, and electrical circuits. Various control units or devices operate based on one or more physical factors specified in the equipment. , such as temperature, altitude, or speed, and these devices include the simple thermostat in the home oven, speed and emissions control devices in the car, autopilot in modern jet planes and spacecraft, control of prosthetic limbs in biomedical applications, and robots in factories. And others. The principle of operation of control devices is summarized by measuring the behavior of the devices to determine the difference from the desired behavior, then changing or modifying the inputs of the system to bring the actual behavior closer to the desired behavior. The control field is one of the important areas for a number of modern life needs. Such as controlling emissions in order to achieve a cleaner environment, automation in factories, exploration of uninhabited spaces and underwater places, and control of communication networks. The work of the control engineer is summarized by discovering ways to develop and improve the performance of various control devices, and to achieve this the control engineer must be familiar with with computer software and components, and the ability to discover and solve new problems that fall under a variety of disciplines, ranging from aviation to electrical engineering, chemical engineering, chemistry, biology, and economics

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