3D Box in Adobe Illustrator

Illustrator provides powerful tools and features that allow you to create stunning 3D illustrations and designs. In this tutorial, we will explore keywords such as 3D box, Adobe 3D box, 3D box Illustrator, draw 3D box Illustrator, 3D box design in Illustrator, make 3D box in Illustrator, create 3D box, create 3D box Illustrator, make a 3D box in Illustrator, create 3D box in Illustrator, and make a 3D box to guide you through the process of creating a 3D box in Adobe Illustrator.

To further enhance the realism and details of the 3D box, you can add shading, highlights, and textures. Illustrator offers various tools and techniques to achieve these effects. For shading, you can use the Gradient Tool to apply a gradient across the faces of the box, creating a sense of depth and volume. Experiment with different gradient styles and colors to achieve the desired effect.

To add highlights, create new shapes on the areas of the box where light would naturally hit. Use the Pen Tool or Shape Tools to draw these shapes, and adjust their opacity and blending modes to create a subtle shine.

If you want to add texture to the 3D box, you can use patterns or apply a texture image to the surface. Create a pattern swatch or import a texture image into Illustrator, and then apply it to the faces of the box using the Fill or Appearance panel.

Remember to consider the lighting and perspective in your 3D box design. You can experiment with different lighting angles, shadows, and reflections to create a more realistic and visually appealing result.

Once you’re satisfied with the 3D box design, save the file in the appropriate format for your intended use, such as SVG or EPS. This ensures that your 3D box can be scaled and used in various contexts without loss of quality.

Adobe Illustrator provides powerful tools and features to create impressive 3D box designs. By utilizing the 3D Extrude & Bevel effect, along with shading, highlights, and textures, you can transform a simple 2D shape into a three-dimensional box. Experiment with different settings, lighting angles, and effects to achieve the desired look for your 3D box design. Let your creativity soar as you explore the endless possibilities of 3D illustration in Illustrator.

Creating a 3D box isn’t difficult, it only takes a little effort. In today’s tutorial, you will learn to make 3D Box in Adobe Illustrator. We will draw the 3D Box with the help of Polygon Tool, Pen Tool, Shape Builder Tool, and few other tool panels. To draw a 3D box, we need to follow a few steps.

Launch Adobe Illustrator and create a new document. Now follow the below steps:

Step 1

Select the Polygon Tool and draw a polygon on the artboard.

Step 2

Now select the Pen Tool and draw diagonal lines inside the polygon.

Step 3

Press Ctrl + A to select all the shapes. Now open the Pathfinder Panel.

Window > Pathfinder

In Pathfinder Panel, click on Divide to divide the shapes into paths and then press Shift + Ctrl + G to Ungroup the selection.

Step 4

Now we will fill color in the shapes and convert the polygon into a 3D Cube.

Select the left bottom triangle and the triangle above it. Fill both the shapes with #dc9d40and turn off the strokes.

Now select the right bottom triangle and the triangle above it. Fill both the triangles with color #edb96c.

Now fill the remaining two triangles with #cf932f and #dc9d40.

Step 5

Now select the Pen Tool and draw four lines as shown in the below image.

Select all the lines and then click on the Shape Builder Tool in the Tool Panel. With the help of the Shape Builder Tool remove all the unwanted lines. Press and hold the Alt key to remove the line.

Press Ctrl + J to join the corners of the lines and then fill the shape with #edb96c.

Step 6

Select the shape drawn in the above step and click on Object in the Menu Bar. Place the cursor on Transform and select Reflect.

Reflect dialogue box will appear on the artboard. In that dialogue box, select Vertical Axis and click on Copy.

Now select the shape formed after reflection and reflect that shape on the Vertical Axis. Similarly, reflect the new shape formed and this is how we will get all the four shapes.