Technology has revolutionized a lot of industries across the world, and one such technology is 3D printing. One of the most important uses of 3D printing is manufacturing different equipment parts using complex lattice structures. No wonder why 3D printing companies in Toronto are becoming so popular. The following blog covers more detail about lattice structures in 3D printing.
What Exactly Is a Lattice Structure in 3D Printing?
One of the most impressive aspects of 3D printing is its ability to produce objects with intricate internal shapes that would be difficult to create using traditional manufacturing methods. Designing a piece around a lattice decreases its total mass without significantly affecting its size and strength.
For the purposes of 3D printing, the phrase "lattice structure" is used to describe a network of nodes in three dimensions that may or may not be repeated. Beams serve to link the many nodes of the lattice together. 3D cells, such as tetrahedrons and cubes, are built from a network of nodes and beams. The structure's response to a load is therefore determined by the number and configuration of these cells.
Uses of a Lattice Structure in 3D Printing
As 3D printing companies in Toronto put it, 3D printing lattice structures effectively use the material in use and the printer's capabilities to put the entire mass together. The structure consisting of nodes and beams makes the overall item very small. This principle was used for many years to construct large-scale projects like steel buildings. Now that 3D printing has gained popularity, it’s possible to utilize the same concept to create more mundane products and parts with their own internal lattice structures.
Especially when the concept is used in additive printing, lattice structures open paths to many possibilities in design and creation.
Main Design Elements of 3D Structures
Geometry
Geometry describes the shape and the physical size of the components of a lattice structure, as well as its pattern. The geometry of a lattice structure is usually similar to that of cellular and crystal structures found in nature.
Buckling Response
The bucking response refers to how the lattice structure can yield over time. It comes down to the structural instability of the elements of the lattice. Buckling is not a desired feature in structures because it eventually leads to the products' deformation; fortunately, not all lattice structures showcase buckling.
Stiffness
The modulus or stiffness of the lattice describes the force needed to deform the product. Modulus, in particular, refers to smaller deformations when the lattice is completely elastic.
Dissipation of Energy
As the name suggests, energy dissipation is the ability of any 3D lattice structure to absorb energy during deformation.
Conclusion
3D printing has become quite popular worldwide for all the right reasons. The backbone of 3D printing is the lattice structure of the product that determines how the item will look and feel when it is created. If you want 3D printing support in the region, get in touch with Weldflow Metal Products today!
No comments yet