In the world of industrial automation, the use of Autonomous Guided Vehicles (AGVs) is transforming how companies optimize processes, internal logistics, and overall productivity. Safety and innovation with autonomous guided vehicles are key aspects in our company, a leader in autonomous robotics and intelligent system integration, developing advanced automation solutions that combine efficiency with operational safety.
Why Safety is Central to Autonomous Robotics
When it comes to industrial autonomous vehicles, safety is non-negotiable. Every project begins with a risk assessment that evaluates both the frequency and severity of potential hazards. Our robotic systems are designed to operate fully independently—while always meeting the highest safety standards.
By using certified sensors such as SICK LiDAR with Performance Levels ranging from B to D, our vehicles can detect obstacles and hazards in real time. If an object or a person approaches, the system sends a digital signal to the control unit, which instantly stops the vehicle, preventing accidents and damage.
Autonomous Vehicles in an “Operational Bubble”: Maximum Efficiency, Maximum Safety
Each AGV is designed to move within a safe operational bubble-a virtual perimeter where it performs its tasks smoothly yet securely. This approach ensures uninterrupted operation, even in environments shared with operators, machinery, or unexpected obstacles.
Tailored Sensor Integration for Industry
One of our key strengths is customized sensor integration. We work closely with clients to define functional specifications, select the most suitable sensors, and optimize their placement on the vehicle. This tailor-made integration not only ensures compliance with industrial safety requirements but also aligns with the client’s specific operational needs.
Automation, Robotics, and Continuous Technical Support
We develop industrial robotic applications that bring together engineering, sensor technology, and human-machine interaction. Our team provides continuous technical support throughout the entire plant lifecycle, ensuring updates, safety testing, and system validation.
