The concept of robot interlinking refers to the integration of industrial robots in production lines to connect and automate various machines and workstations
- Automated material handling
Robots handle the loading and unloading of machine tools and transport raw materials and finished parts between different stations. This reduces the need for manual intervention and increases efficiency.
- Flexibility and adaptability
Systems using interlinked robots can be easily adapted to different production requirements. They are programmable and can perform various tasks, from assembly to quality control
- Increased productivity
The continuous and precise work of the robots increases production speed and minimises the error rate. This leads to higher aggregate productivity and quality of the manufactured products.
- Safety and ergonomics
Robots can take over dangerous or ergonomically stressful tasks, improving the safety and well-being of employees
- Integration of IoT and AI
Modern systems with interlinked robots use technologies such as the Internet of Things (IoT) and artificial intelligence (AI) to collect and analyse real-time data. This allows an efficient monitoring and control of production processes
- Optimised use of space
Robots can be used in compact and flexible layouts, enabling more efficient utilisation of the available production space.
- Cost savings
Automation can reduce labour costs and minimise material waste. In the long term, this leads to significant cost savings.
Robot interlinking is an essential part of modern manufacturing and helps to optimise production processes and increase competitiveness
