Robotisation tax credit

The robotization tax credit is a tax preference that allows entrepreneurs to deduct from the tax base 50% of the costs incurred for automation and robotization of production.

The robotization tax credit is a tax preference that allows entrepreneurs to deduct from the tax base 50% of the costs incurred for automation and robotization of production.

It is an important support for companies that invest in modern technologies and want to increase the efficiency of their production processes.

What does the robotization tax credit cover?

The robotization tax credit covers a wide range of costs, including:

  • The cost of acquiring new industrial robots – the purchase of modern robots that can perform a variety of production tasks, increasing the efficiency and precision of processes.
  • Costs of purchasing machines and peripheral equipment – investments in additional machines and equipment that work with robots, which are necessary to fully automate production.
  • Costs of robot software – expenses related to the purchase and implementation of robot control software that enables robots to operate efficiently and integrate with existing production systems.
  • Employee training costs – training of employees in the operation and maintenance of robots and automated production systems to ensure their efficient and safe use.
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Taking advantage of the robotization tax credit allows companies to significantly reduce the costs associated with implementing modern production technologies, resulting in improved competitiveness, increased productivity and reduced operating costs.

An industrial robot is an advanced machine that meets the following criteria:

  • Automatically controlled and programmable – the robot operates based on pre-programmed instructions that can be modified according to production needs.
  • Multitasking – the robot is capable of performing a variety of production tasks, which allows it to be widely used in various industries.
  • Stationary or mobile – the robot can be permanently mounted in one location or be a mobile device that moves as part of the production cycle.
  • At least 3 degrees of freedom – the robot has at least three axes of motion, enabling it to perform complex manipulations and operations.
  • Manipulation or locomotion properties – the robot can manipulate objects (e.g., move, assemble, weld) or move to perform production tasks.
  • Digital data exchange – the robot communicates with other production equipment and systems via digital interfaces, allowing it to integrate with modern production lines.
  • Connected to ICT systems – the robot is part of a larger ICT system, which allows it to monitor its work and optimize production processes.
  • Monitored by sensors, cameras or other similar devices – the robot is equipped with a variety of sensors, cameras and other monitoring devices, which provide precise control over its operation and enable it to react quickly to changes in the production environment.

Integrated with other machines in the production cycle – the robot cooperates with other machines and equipment within a single production cycle, which increases the efficiency and consistency of production processes.