The modern industrial landscape is being transformed by the rise of robotics. These sophisticated machines are playing an increasingly vital role in manufacturing, logistics, and other industries, performing tasks with precision and efficiency that far outstrip human capabilities. But what sensors does an industrial robot have that enable it to operate autonomously and seamlessly?
Benefits:
Enhanced object recognition and tracking
Increased safety through obstacle avoidance
How to Use:
Integrate machine vision cameras into the robot's design
Sensor Type | Functionality |
---|---|
Camera | Captures images and videos |
Laser Scanner | Generates 3D models of objects |
Infrared Sensor | Detects heat sources |
Benefits:
Precise control of grasping and manipulation
Improved product quality through force-sensitive handling
How to Use:
Install force sensors on the robot's end-effector
Sensor Type | Functionality |
---|---|
Tactile Sensor | Provides tactile feedback |
Strain Gauge | Measures strain in materials |
Piezoelectric Sensor | Converts physical force into electrical signals |
Benefits:
Obstacle avoidance and collision prevention
Enhanced safety in hazardous environments
How to Use:
Place proximity sensors at strategic locations on the robot
Sensor Type | Functionality |
---|---|
Ultrasonic Sensor | Emits and detects ultrasonic waves to detect objects |
Inductive Sensor | Detects metal objects |
Capacitive Sensor | Detects non-metallic objects |
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