Vacuum grippers are ideal for flat, non-porous surfaces and high-speed pick-and-place. Mechanical grippers are better for irregular shapes, heavy parts, or when a positive, force-based grip is required.
Robotics - End Effectors Component Intelligence
Precision tooling for robotic manipulation and material handling.
What are Robotics - End Effectors components?
Robotic end-effectors are the interface between a robot arm and its environment. Selection depends on payload, part geometry, and material sensitivity. Choose between vacuum, pneumatic, or electric grippers based on cycle time and force requirements.
How to Choose Robotics - End Effectors Components
Selecting the right end-effector requires balancing mechanical constraints with the robot's control architecture.
Payload & Force
Ensure the gripper can handle the maximum weight and exert the necessary force without damaging the workpiece.
Actuation Type
Choose between electric (precision/control), pneumatic (speed/force), or vacuum (surface-based) based on your facility's infrastructure.
Part Geometry
Assess if the part requires parallel, angular, or custom-molded fingers to ensure a secure grasp.
Robot Compatibility
Verify mounting patterns (ISO 9409-1) and communication protocols (IO-Link, EtherCAT) with your robot controller.
Environment
Consider IP ratings if the end-effector will operate in dusty, wet, or clean-room environments.
Popular Robotics - End Effectors Components
Live| # | Part | Category |
|---|---|---|