What are the advanced mates in SolidWorks?

Advanced mates include limit, linear/linear coupler, path, profile center, symmetry, and width mates. Limit mates allow components to move within a range of values for distance and angle mates. You specify a starting distance or angle, and a maximum and minimum value.

How do you use advanced mates in Solidworks?

SOLIDWORKS Advanced Width Mate – Taking It One Step Further!

  1. Plates to be Advanced Mated. Click on the Mates command, choose the Advanced Mate category and then choose the Width Mate.
  2. Choose Advanced Width Mate. …
  3. Select the Width and Tab Selections. …
  4. End Result: Equal Gap on Either Side.

What are the different mates in Solidworks?

Standard mates include angle, coincident, concentric, distance, lock, parallel, perpendicular, and tangent mates. Advanced mates include limit, linear/linear coupler, path, profile center, symmetry, and width mates.

What are smart mates in Solidworks?

The SmartMates functionality saves time by allowing you to create commonly-used mates without using the Mate PropertyManager.

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What are the assembly mates and write the names of assembly mates in Solidworks?

An introduction to SOLIDWORKS’ 7 advanced assembly mates and when to use them

  • Profile center.
  • Symmetric.
  • Width.
  • Path mate.
  • Linear / linear coupler.
  • Limit distance.
  • Limit angle.

How many entities can you choose to mate with an angle mate?

Click Mate (Assembly toolbar) or Insert > Mate. In the Mate PropertyManager, for Entities to Mate , select two entities in the graphics area or the flyout FeatureManager design tree. Under Standard Mates, click Angle and set the dimension.

What is a distance mate in Solidworks?

Enter a distance value in the Distance box in the Mate PropertyManager. … The default value is the current distance between the selected entities.

What does mating do in SolidWorks?

Mates create geometric relationships between assembly components. As you add mates, you define the allowable directions of linear or rotational motion of the components. You can move a component within its degrees of freedom, visualizing the assembly’s behavior.

How do you fix mates in SolidWorks?

To fix or float an assembly component:

  1. Right-click the component in the graphics area or the component’s name in the FeatureManager design tree.
  2. Select Fix or Float.
  3. In assemblies with multiple configurations, select This Configuration, All Configurations, or Specified Configurations.

How do you use mate references in Solidworks?

To define a mate reference:

  1. In a part or an assembly, click Mate Reference (Reference Geometry toolbar) or Insert > Reference Geometry > Mate Reference. …
  2. Under Reference Name, enter a name for the mate reference.
  3. Under Primary Reference Entity: …
  4. Repeat Step 3 to add secondary and tertiary entities.
  5. Click .
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How do you add a mate in Solidworks?

To add a mate:

  1. Click Mate (Assembly toolbar), or click Insert > Mate.
  2. In the PropertyManager, under Mate Selections, select the entities that you want to mate together for Entities to Mate . …
  3. Click to close the PropertyManager, or click before you click to create a new mate.

How are SmartMates used?

When the references are added to an assembly, the mates are automatically created. SmartMates are used when these mates need to be created after the component is placed within the assembly, or when there are some assembly components not often reused or inserted in assemblies.

How do you limit a mate in SolidWorks?

To add a limit mate:

  1. Click Mate (Assembly toolbar) or Insert > Mate.
  2. Under Mate Selections, select the entities to mate for Entities to Mate .
  3. In the PropertyManager, under Advanced Mates: Click Distance or Angle . …
  4. A LimitDistance or LimitAngle mate is added to the assembly.

What does a concentric mate do?

Coincident: Positions selected planes, edges, and faces on the same infinite plane. … Concentric: Places two cylindrical, spherical or conical faces of a part so that they share the same centerline. Lock: Keeps two components at the same position and orientation.

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