Hem.
In SolidWorks, the Hem feature is a tool used in sheet metal design to create a folded edge or a closed hem along the edge of a sheet metal part. The Hem feature is typically used to add strength, improve safety, and provide a finished appearance to sheet metal components.
The advantages of using the Hem feature in SolidWorks for sheet metal design include:
- Strength and Durability: By adding a folded edge through the Hem feature, the sheet metal part gains additional strength and rigidity. This is particularly useful in applications where structural integrity and load-bearing capabilities are important.
- Safety and Ergonomics: The Hem feature can help eliminate sharp edges or burrs along the edges of sheet metal parts. This improves safety by reducing the risk of injury during handling and assembly. The folded edge also enhances ergonomics by providing a more comfortable grip for operators.
- Aesthetic Finish: The Hem feature adds a professional and finished appearance to the sheet metal part. It hides the raw edge of the material, giving the part a clean and polished look. This is especially valuable when designing products that require a visually appealing finish.
- Material Savings: Hemming is a cost-effective method of strengthening and finishing sheet metal parts. It allows for the use of thinner gauge material while maintaining the required strength and durability. This can result in material cost savings, as well as reduced weight of the final product.
- Integration with Other Sheet Metal Features: The Hem feature seamlessly integrates with other sheet metal-specific tools in SolidWorks, such as the Edge Flange, Base Flange, and Cut features. This enables the creation of complex sheet metal designs with multiple interconnected features and precise hemming requirements.
How To Create Hem(Sheet Metal) ?.
- Select Hem.
- Select Edges - in proprties manager.
- Set Type and Size - in proprties manager.
- Click ✅
Overall, the Hem feature in SolidWorks is a versatile tool for creating folded edges in sheet metal parts. Its ability to enhance strength, improve safety, provide a finished appearance, and integrate with other sheet metal features makes it an essential component of the sheet metal design workflow in SolidWorks.