Symbio Robotics

Robot identifies the component using computer vision.

Robot picks the component from a designated location.

Robot precisely places the component into the assembly.

Robot verifies the assembly using force sensors and vision.

Robot positions the electronic device under a high-resolution camera.

Computer vision algorithms analyze the device for defects.

Defects are identified and classified based on severity.

A report is generated with detailed information about each defect.

Robot navigates to the designated storage location using LiDAR.

Robot identifies the correct item using barcode scanning.

Robot picks the item using a custom gripper.

Robot transports the item to the designated output location.

Robot identifies the weld joint using laser scanning.

Robot positions the welding torch with high precision.

Robot performs the welding process with adaptive control.

Robot verifies the weld quality using ultrasonic testing.

Robot identifies the product type using computer vision.

Robot picks the product from the conveyor belt.

Robot places the product into the appropriate packaging container.

Robot seals and labels the package for shipment.

Robot scans the surface to create a 3D model.

Robot selects the appropriate tool for the polishing task.

Robot polishes the surface using force control and adaptive motion.

Robot inspects the surface for defects and adjusts the polishing process.

Robot loads raw material into the machine.

Robot monitors the machining process using sensors.

Robot unloads the finished part from the machine.

Robot places the finished part into a container for further processing.