Making intelligent automation a reality
Imagine the power of an open, easy-to-use automation paradigm based on intelligent robots that are flexible enough to dynamically adapt to changes in the production environment. With fully-integrated systems that can self-optimize processes, guarantee quality, ensure cost reductions, and expedite reconfigurability.
Empowering robots to handle the unexpected
The convergence of specialized vision systems, advanced robotics, machine inspection, digitalization, and Artificial Intelligence lets our robots handle customization, variability, and dynamic processes. This in turn translates to smarter production systems, smarter factories, and better overall performance.
As robots increasingly learn to handle the unexpected, they help you save time and costs while solidifying your ability to meet current and future production needs.
As humans and robots increasingly work in harmony within the Manufacturing environment, flexibility and productivity are increased. Robots understand and autonomously translate human syntax instructions into code.
Comau’s set of technology enablers drives agile manufacturing. Sensors and vision systems allow robots to see what is happening, understand the real world, identify existing possibilities, and plan and proceed based
on variable inputs.
Real time process and
From real-time performance and status analysis to the automated traceability of parts and quality of output, comprehensive cell digitalization lets you control parameters and immediately correct process or material variations in real-time.
Top benefits of Comau’s Intelligent Robotics
With Smarter Autonomous Systems, robots can learn and respond to variables and dynamic requirements
AI-based solutions enable the adoption of a pre-trained robot models, facilitating easier and faster deployment
The use of advanced software reduces or eliminates additional programming or coding costs
AI helps robots to adapt to dynamic situations and communicate naturally with operators
Cognitive intelligence aids movement synchronization, reducing risks of collisions and eventually the distances between robots
Downtime is reduced, efficiency increases, and less energy is consumed