Bisagra Fácil en Tinkercad paso a paso para impresión en 3D

How to Create a Hinge in Tinkercad

Initial Steps for Creating the Hinge

• The process begins by selecting basic shapes: a cylinder, cube, sphere, triangular figure, and cone.

• The first cylinder is adjusted to have maximum sides and a diameter of six. A copy of this cylinder is made with its height modified to two.

• Another cube is created with dimensions of 27 on top and 24 on the side. This shape is aligned with one of the cylinders and moved down by 3 mm before grouping them together.

Further Modifications and Alignments

• The green triangle's width is set to two, rotated 90 degrees, and adjusted to be 15 high and 25 long. The cone's sides are maximized with a height of two.

• Mirror function is applied; the triangle and one cone are aligned on the right axis. Grouping occurs after alignment adjustments.

• Additional alignments are made with another cone while ensuring all figures remain grouped correctly.

Finalizing Shape Dimensions

• Holes for screws or bolts are created as part of the design. A mirrored version of this figure is produced, changing colors for clarity.

• Adjustments continue with another cylinder being modified to a height of 30 mm for hinge measurement purposes.

• An additional sphere is selected, adjusting its dimensions uniformly to create four identical spheres.

Color Coding and Height Adjustments

• Two shapes are centered together; color coding helps indicate which pieces fit together in the hinge assembly.

• For another hinge part, heights are reduced slightly while maintaining consistent diameters across components.

• Grouping continues as elements are aligned properly along axes for cohesive assembly.

Completing the Hinge Design

• Color changes signify which parts belong together; further adjustments ensure proper alignment within the design framework.

• Five segments measuring six mm each are created above existing figures through copying techniques.

• Transparency settings help visualize how different components will interact once assembled.

Final Touches on Assembly

• Remaining parts undergo similar transparency adjustments while ensuring they align correctly within their designated spaces in relation to other components.

Adjusting Figures in Design

Centering and Moving Shapes

• The two figures being discussed measure 30x30 mm each. The speaker centers both figures on the axes.

• The blue figure is then moved 24 mm to the right, demonstrating a practical application of spatial adjustments in design.

• A scale change to 1 mm is mentioned, indicating a shift in measurement precision for better manipulation of the figures.

Visual Changes and Assembly

• The speaker changes the blue figure to a transparent version for visual clarity during the demonstration.