Industrial Robot Programming
Programming various types of robots is another service we offer.
Through our work on a wide variety of projects, we have gained extensive experience in programming industrial robots. We develop custom software from the ground up for robots operating on production lines and in robotic workstations.
Before starting work, as early as the project preparation stage, we can create a 3D layout of the workstation or a virtual station. We also perform simulations of robotic workstations, including the generation and manipulation of parts in a dynamic 3D simulation and a full representation of the robot cycle. Using these tools, we can verify the station’s component layout, reach, and potential collisions before construction, as well as test the robot’s cycle time and productivity.
We assist integrators and customers in selecting the right solutions and support them at every stage of project implementation—from verifying technical specifications, through layout preparation, simulation, and robot programming, to support during production testing and machine acceptance.
Our services include industrial programming, such as:
- ABB robot programming,
- KUKA robot programming,
- Hyundai robot programming,
- Toshiba Machine robot programming,
- AUBO Robotics robot programming,
- Fanuc robot programming.
Industrial robotics is our specialty. We invite you to contact us and work with us!
FAQ – Robot Programming
Programming involves defining the robot’s movements, operational logic, system configuration, and interactions with its environment. It encompasses both motion trajectories and responses to signals from external systems. It is essential for the proper operation of the workstation.
Yes—in many cases, modifying a program is faster and cheaper than developing one from scratch. It allows you to adapt the robot to new processes or changes in production. However, every change requires testing and verification.
This isn’t always necessary throughout the entire change implementation process—many changes can be prepared offline or rolled out in phases. In practice, however, brief test downtime is often necessary. Planning the work minimizes its impact on production.
Yes—we analyze work cycles and implement improvements to boost productivity. This may involve shortening cycle times or optimizing motion paths. The result is more efficient use of the robot. It’s also worth optimizing programs to reduce energy consumption.
Yes—the robot must communicate with machines, sensors, and control systems. The programming takes these dependencies into account. This enables full process automation. We perform complete configurations of I/O devices, buses, signal mapping, and testing—on the side of the robot we are programming.
Yes—we offer technical support and the option for further modifications. Software often evolves alongside production. That is why long-term cooperation is important.