Automated assembly lines are designed to optimize manufacturing processes in the enterprises of mass and small- scale production. Robotic lines allow to increase profits by reducing the cost of production.

Non-synchronous assembly line- several independent robots supplemented by a flexible transport line. Industrial robots, linked together by a joint control mechanism, create a production assembly line. With its help, consistent processing of the raw materials or parts according to a given technological process is provided.

A non-synchronous assembly line can be distinguished by the following criteria:

- performing one or more types of technological operations;

changeable (assembled by universal robots) and non- changeable (consisting of special-purpose robots and designed to perform operations).

Assembly works on average take 30-40% of the total labor intensity of the production, so the automation of the assembly processes is very relevant.

Automation of assembly production leads to a significant reduction in the cost of the finished products. A high-performance assembly machine, if necessary, can be quickly and cost-effectively reoriented to the collection of new product parts. Again, assembly automation is a direct way to raise the quality of the products in the large-scale production, which, in turn, due to the scale effect, leads to a decrease not only in the cost of work but also allows suppliers to dictate the conditions for raw material prices.

The greatest technical and economic effect in the complex automation of the assembly processes is obtained from the introduction of the high- performance assembly machines to perform the entire complex of the assembly operations.

The production of a large number of similar parts is a routine exhausting process, so a human worker often makes mistakes in the assembly process.

An automated synchronous assembly line takes over all similar operations, the robots are interconnected by the transport mechanisms that transfer parts.

The obvious advantages of such a line are:

- perfect repetition accuracy of the set manipulations;

- low percentage of defects-the accuracy of operations is controlled by special sensors;

- ability to assemble parts of almost any size;

- significant reduction in production costs;

- ability to debug equipment to perform different operations;

- minimization of manual labor involved in the chemical and other industries harmful to human health.

The installation of a synchronous automated line significantly increases the number of products made and has a positive effect on its quality.

Production and assembly equipment is used to solve a wide range of tasks. Flexibility and speed are key factors for all types of such devices. Repeatability of the processes and the minimum amount of waste are important for customers.

Our company offers automation and control systems for production and assembly equipment, which will provide flexibility in development in order to quickly change the functionality of machines.

Development and production of systems of accumulation, orientation, supply and delivery of billets, as well as systems of inter-station transport.

Development of systems of automatic warehouses for raw materials, materials, finished products, as well as automatic warehouses for storage and delivery of replaceable equipment and tools in the flexible production systems. Within the boundaries of constructing a highly efficient and safe production process, it is necessary to use automatic warehouses systems for various purposes (operational, long- term storage, exposure, storage of hazardous substances, fuels and lubricants, explosives, tools and equipment), as well as to provide it with the means of accounting and providing information about the current state of the system.

Development of technologies and equipment aimed at automation of various technological processes of hazardous and highly hazardous industries.

State Corporation Rostec has extensive experience in the development and implementation of the equipment for automated lines and individual installations for the nuclear and chemical industry, as well as in the creation of weapon systems.

Development and production of multipath klystrons to power electron accelerators, which are used in the following types of equipment: accelerators for inspection complexes; accelerators for medicine; accelerators for materials processing.