1 / 4Automate touch screen test with robot
Hardware Price:
DOF
3
ROI
2
months
Pickrate
up to 1
pick/second
Reliable Quality Control of Touch Displays with Robotic Automation
Ensuring the durability and precision of touch displays is critical for industries like automotive and electronics. In this customer test, the quality control of touch displays and haptic components was simulated. Buttons and other interactive elements underwent detailed inspection to verify functionality and consistency. This setup highlights how robotic systems can streamline quality control processes, improving accuracy and reliability for applications in navigation devices, dishwashers, and other consumer electronics.
What is the Application?
The system automates quality control of touch displays and haptic components, ensuring consistent inspection for product reliability in manufacturing workflows.
What are the Advantages of the Solution?
Improved Precision: Ensures detailed testing of touch and haptic functionality.
Versatile Applications: Applicable across automotive, electrical, and consumer industries.
Consistent Results: Eliminates errors in manual quality inspections.
What are the Advantages of the Robot?
The robotic system excels in testing tasks with:
Repetitive Accuracy: Reliable, consistent checks for multiple components.
Adaptability: Easily configurable for different interactive elements.
Scalable Integration: Suited for varied production environments.
Optimizing Touch Screen Testing with Robotic Systems
Robotic automation for quality control of touch displays offers precise, repeatable, and efficient testing processes. By eliminating manual inconsistencies and improving inspection reliability, this solution benefits industries requiring high-quality consumer interfaces.
1 Component
