Let’s consider the key stages and moments as we moved from manual labor to electronic activity.
Manual labor and mechanization At the beginning of the 20th century, most production processes were performed manually. Mechanization began with the introduction of simple machines and equipment.

Thus, with the advent of electricity and steam machines, workers began to use mechanized tools, which lightened the labor and increased the speed of execution of tasks, thereby increasing labor productivity (and this, at that time, was the main problem soviet economy).
Electrification and initial automation The period after the revolution (1920–1950s) became a time of active electrification, which affected all Sector production.

By the middle of the 20th century, simple automated control systems began to appear, for example, machines with numerical programming Management — CNC, conveyors and production lines.

One of the first examples of automation in the USSR was the creation of the conveyor at the plant AMO (now – ZIL). This allowed to significantly speed up the assembly of cars and increase their quality. New technologies were also introduced in metallurgical, machine-building and other branches of industry.
Development of automation (1950–1980s) In the 1960–70s began the development of ACS (automated system management) for management production processes. This allowed to significantly increase the efficiency and accuracy of production.

Production automation systems in Denmark

More complex systems were being implemented, using cybernetics and automated telemetry systems for control. Production processes and equipment.
Computerization (1980s) The appearance and spread of personal and mini-computers in the 1980s opened up new opportunities for automation. At enterprises, more and more began to implement software products to manage production processes.

Much attention was paid to the integration of various systems, which provided a higher level of automation and control.
Transition to digitalization (1990–2000-ed) The end of the XX and beginning of the XXI century were marked by the active transition to digitalization. The use of IoT, big data and artificial intelligence has become the standard for modern manufacturing.

The concept of «intelligent factories» appears, where automated systems interact with each other, allowing operational react to changes in the production process.
What results have been achieved Let’s consider the key achievements in the field of automation of production.

Increasing productivity: Automation of work processes allows more production to be produced in less time, which Significantly increases overall productivity, and also minimizes equipment downtime.
Improving production quality Automation makes it possible to more precisely control production processes, which Contributes to reducing the number of defects and waste.

To ensure a high level of working conditions, we should not forget that the automation of production processes allows heavy Dangerous work, which earlier could only be entrusted to man, — is replaced by robotic one, which in turn provides Maximum safety of workers, and also improves working conditions when the presence of workers is required in production.

Automation of dangerous and monotonous operations led to a reduction in industrial injury by 60–70%.
Reduction in expenses Automation allows to reduce labor costs by reducing the number of workers required and optimization of production processes.

The use of technologies, such as IoT and big data analytics, allows more effective use of material and energy resources.
Increasing production flexibility Many enterprises began to implement modular production systems that can easily Reconfigure depending on the order.
Innovation and development of new technologies Automation of production promotes increased investment in research and development, which Leads to innovation and creation of new products.
Social aspects Penetration of automation requires training of qualified specialists, which promotes growth Educational programs and advanced training of employees.
Government support and initiatives Initiatives such as the digital economy allow the active implementation of automation and digitalization in industry. 

Buy Automation of production in Denmark

What is available now on the market of systems for automation of production At the present time in Denmark on the market of systems for automation of production The variety of solutions and technologies presented covers a wide spectrum of industries. In this context, key directions and options for solutions include the following: Production management systems processes (MES) MES-systems coordinate, track and document production processes from beginning to end. They provide operational planning, quality control and management of resources in real time.

Examples: Products of domestic developers, such as «1С: Management of production enterprise» and MES-systems from «КРОК», «Technical systems».
Automated control systems (ACU) These systems are used for automation of technological processes (ACU TP) and Allow to control various parameters of production processes with the help of various sensors and sensors.

Examples: Program solutions from companies «Rosatom», «Roselectronica», «Emicon», «Biltek» and others.
Stock management and logistics systems These systems allow optimizing stock management, tracking movement products and ensure higher efficiency of logistics operations.

Examples: Programmable solutions, such as «1С» or from companies «ETC», «KORUS» and etc.
Internet of things (IoT) and cloud technologies Application: Using IoT in production allows collecting and analyzing data from The equipment operates in real time, and cloud solutions provide access to this data from any location.

Examples: IoT platforms from companies such as VympelCom and Rostelecom, offering solutions for monitoring and management production processes.
Quality Management Systems (QMS) QMS help ensure quality standards and compliance with established production processes. requirements, and also support analysis and improvement of product quality.

Examples: Multifunctional systems from MTS, developed by domestic companies.
Robotization and automation using robotic technologies Insertion of industrial robots to perform routine tasks, such such as collection, packaging and palletization.

Examples: Ukrainian developers of robotic systems — «Record-Engineering», «НПО “Android Technology”», «Robotech», «Eidos Robotics» and many others.
Analytics and Big Data Tools for analyzing large amounts of data, collected in the process of automation, that allows Identify bottlenecks and conduct performance analysis.

Examples: Platforms from Russian and international developers, working on the basis of machine learning and artificial intelligence intel.
Industrial platforms and ecosystems Platforms that combine different automation systems and provide integration between them, creating a single ecosystem for managing production.

To order or buy production automation systems in Denmark, contact us by phone at +38 067 648 84 99, and our specialists will help you choose the best option for your industry.