Contents
  1. Create the Gripper Geometry
  2. Create the Mechanism
  3. Configure the Smart Component

Create the Gripper Geometry

If you have a gripper model created with other modeling software such as SolidWorks, you can import it into RobotStudio. Here, a simple model is created, mainly to demonstrate the process of creating a dynamic gripper.

  1. Create the gripper body Create the Gripper Geometry
  2. Move it to another position in preparation for creating the other parts of the gripper Create the Gripper Geometry (2)
  3. Create a cylinder to serve as the gripper flange, which connects to the robot’s end joint Create the Gripper Geometry (3)
  4. Move the cuboid. Create the Gripper Geometry (4)
  5. Drag the object in Part 2 onto Part 1 to combine the two objects into one part. Create the Gripper Geometry (5)
  6. Create the gripper fingers Create the Gripper Geometry (6) Create the Gripper Geometry (7)

Create the Mechanism

  1. Click Create Mechanism, enter “Gripper” as the mechanism name, and select “Tool” as the mechanism type Create the Mechanism
  2. Add links for each of the three parts created earlier. If you imported the model, you also need to add links for each part. Select BaseLink for the base part, but not for the other parts. Create the Mechanism (2) Create the Mechanism (3)

Create the Mechanism (4) Create the Mechanism (5)

  1. Create joints Create the Mechanism (6) Create the Mechanism (7)

  2. Create tool data Create the Mechanism (8)

  3. Add a new pose Create the Mechanism (9)

Configure the Smart Component

  1. Create a Smart Component, drag the gripper under the Smart Component, and set the gripper as the Smart Component’s Role Configure the Smart Component
  2. Add the following components Configure the Smart Component (2)
  3. Add signals Configure the Smart Component (3)
  4. Configure each component. First, set the gripper so that it cannot be detected by sensors Configure the Smart Component (4)
  5. Configure the Line Sensor in the cylindrical shape shown so that it detects whether an object is beneath the gripper Configure the Smart Component (5)
  6. Configure the Attacher component for attaching objects Configure the Smart Component (6)
  7. Configure PoseMover, which controls the mechanism’s movement properties Configure the Smart Component (7) Configure the Smart Component (8)
  8. Design the program block diagram as shown Configure the Smart Component (9)

Link: https://pan.baidu.com/s/1pVwEuCmvoiwFlHMjRqEjLQ Extraction code: rs04