What's New: 2023.1
Assembly joints position components and fully define the degrees of freedom.
Ribbon: Assemble tab
Relationships panel
Joint 
The Joint command creates relationships which control position and movement. You can select endpoints, midpoints and center points to create relationships.
The origin selections are used to determine one of the following joint types:
If you know the connection requirement, you can choose one of the following defined joint types:
RigidPositions a component and removes all degrees of freedom. Use this joint type for components that do not move. Welded and bolted joints are examples of a rigid joint.

RotationalPositions a component and specifies one rotational degree of freedom. Supports user specified limits. Hinges and rotating levers are examples of a rotational joint.

SliderPositions a component and specifies one translational degree of freedom. Supports user specified limits. A slide block moving in a track is an example of a slider connection.

CylindricalPositions a component and specifies one translational and one rotational degree of freedom. Supports user specified limits. A shaft in a bushing is an example of a cylindrical joint.

PlanarPositions a component and specifies two translational and one rotational degree of freedom perpendicular to the linear. Use this joint to place a component on a planar face. The component can rotate or slide on the plane.

BallPositions a component and specifies three rotational degrees of freedom. A ball and socket joint is an example of a ball joint.

Specifies distance by which connected components are offset from one another.
Creates a unique name for the connection in the browser. You can enter a name or leave blank and a default name is automatically created.
Check to suppress joints.
Selects endpoints, midpoints and center points on the first component. The first selection origin is previewed in the same color as the select button color bar in the graphics window. The first selected component moves to the second selected component.
Selects endpoints, midpoints and center points on the second component. The second selection origin is previewed in the same color as the select button color bar in the graphics window.
Reverses the direction of the component.
Limits the selectable geometry to a single component. Use when components are close to or partially obscure one another. Clear the check box to restore selection mode.
Selects direction vector faces or edges on the first component.
Selects direction vector faces or edges on the second component.
Reverses the direction of the alignment.
Select to play the joint behavior on the moving component in the graphics window.
Select to preview the joint behavior when the joint type is changed. Clear the check box to disable automatic preview.
Sets the minimum extent of connection rotational movement. Check the box to activate. Clear the check box to deactivate. The assigned value is retained when the check box is cleared.
Sets the temporary rest position. The position is subject to be overridden.
Sets the maximum extent of joint rotational movement. Check the box to activate. Clear the check box to deactivate. The assigned value is retained when the check box is cleared.
Sets the minimum extent of joint translational movement. Check the box to activate. Clear the check box to deactivate. The assigned value is retained when the check box is cleared.
Sets the temporary rest position. The position is subject to be overridden.
Sets the maximum extent of joint translational movement. Check the box to activate. Clear the check box to deactivate. The assigned value is retained when the check box is cleared.