Collaborative pick and place applications in manufacturing

Synchronized Robotic Workflow: Researching Production Speed at KIT Karlsruhe

Researchers at KIT Karlsruhe analyzed how production speed increases when two robots work synchronously and coordinate their processes. The study highlighted the cost-effectiveness of using two collaborative robots compared to a single industrial robot. The main challenge was achieving perfect synchronization between the robotic movements. After refining the control system, the robots were able to complement each other seamlessly, optimizing performance and achieving synchronized precision, which significantly enhances efficiency in production workflows.

What is the Application?

The system automates dual-robot workflow synchronization, enabling faster and more efficient collaborative operations in manufacturing, assembly, and logistics.

What are the Advantages of the Solution?

• Higher Efficiency: Simultaneous operation reduces production time.

• Cost-Effective: Pair of collaborative robots is cheaper than one industrial robot.

• Optimized Performance: Refinements ensure seamless coordination for maximum output.

What are the Advantages of the Robots?

The synchronized robots deliver:

• Precise Collaboration: Complementary movements enhance production workflows.

• Flexible Integration: Adaptable to various industries and application areas.

• Improved Scalability: Enables expanded operations with multiple robots.

Enhancing Production Speed with Dual Robot Synchronization

The research at KIT Karlsruhe demonstrates how synchronized robotics can revolutionize production workflows. By achieving seamless coordination and boosting efficiency, this cost-effective setup unlocks new possibilities for enhancing industrial processes while minimizing investment costs.