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Project

The first industrial robot for printing houses was developed and introduced in Russia

Customers: Shcherbinskaya printing house

Printing activity

Contractors: RT-Engineering
Product: Cyber ​ ​ module TechX

Project date: 2025/11

RT-Tekhriemka has developed a robotic complex for automating work with the crucible press in the printing industry. The solution ensures the stability of production processes and increases labor productivity. The development was introduced at the production site of the Shcherbinskaya Printing House. This was announced at the end of November 2025.

The robotic complex was developed as part of the Cyber ​ ​ Module line, designed to automate production processes at industrial enterprises. Its peculiarity is the mechanism for gripping and transferring blanks and products of various shapes and sizes. The solution automates the supply of binding, one- and multi-layer cardboard and corrugated cardboard to the crucible press and unloads finished products.

The first industrial robot for printing houses was developed and introduced in Russia

The system operates in a constant cycle, which ensures stable performance throughout operation. The software and solution control logic have full technological autonomy. The operator is able to service several complexes at the same time, increasing the total volume of products produced without increasing the number of personnel.

The robotic complex does not require attachment to the floor and can be easily transported inside the production shop. This is especially important for enterprises with limited space and dynamic line configuration. System mobility allows you to quickly reconfigure production areas to meet current tasks.

The development is based on a modular design. This approach significantly reduces the design and assembly time. If earlier the creation and installation of such a complex took up to a month and a half, now the full installation cycle can be completed in just two days.

The modules are reusable - they can be disassembled, adapted to new tasks and reused, which makes the system cost-effective and easy to use. The ability to reuse components reduces capital costs when upgrading or expanding production.[1]

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