
Inexpensive camera-assisted conveyor tracking solution with a delta robot
Hardware Price:
DOF
3
Repeatability
0.5
mm
Max Acceleration
60
m/s²
Camera-Assisted Conveyor Tracking with igus Delta Robot for Cosmetics Handling
Efficient handling of small containers is essential in industries like cosmetics. In this application video, integrator Artur Wiebe demonstrates how an igus Delta robot, equipped with camera-assisted conveyor tracking, automates the process of moving containers from a conveyor belt into a box. The camera system detects the containers in real-time, enabling the Delta robot to pick them with precision and deposit them at the specified location. With a positioning accuracy of ±0.5 mm and a speed of up to 60 picks per minute, the 3-axis Delta robot provides a highly efficient solution for streamlining pick-and-place operations.
What is the Application?
The system automates pick-and-place tasks for small containers from a moving conveyor belt to a specified location, ideal for industries like cosmetics or pharmaceuticals.
What are the Advantages of the Solution?
High Speed: Executes up to 60 picks per minute for fast production workflows.
Precision Handling: ±0.5 mm accuracy ensures reliable container placement.
Seamless Coordination: Camera tracking ensures precise detection for dynamic tasks.
What are the Advantages of the Robot?
The igus Delta robot excels in conveyor-based applications with:
Real-Time Adjustment: Adapts to moving parts using camera-assisted tracking.
Compact Integration: Fits within robotic cells for space-efficient operation.
Flexible Operation: Accommodates varying product sizes and workflows.
Streamlining Conveyor Tasks with Camera-Assisted igus Delta Robot
The igus Delta robot with camera-assisted conveyor tracking offers a fast and precise solution for pick-and-place tasks. With its ability to handle up to 60 picks per minute and ±0.5 mm accuracy, this system enhances efficiency and reliability, making it ideal for automating processes in industries requiring high-speed handling of small components.
3 Components