Design the Ideal 3D Printing Ball Joints with DEK

Aerospace is one field that uses 3D printed prototypes in its manufacturing process. New designs can be quickly prototyped with the help of a 3D printer.
It enables designers to make changes before final production costs or time are expended, ultimately speeding up the production process.

3D printing in the medical industry is being used to produce prototypes for implants, surgical procedures, prosthetics, and other apparatus. 3D printing has also been used in dentistry to create lifelike anatomical models of patients’ mouths for education purposes before surgery. Now it is implanting its roots in open neurosurgery.

3D printing is changing the way that manufacturers are building cars. 3D printers have helped to save companies time, material, and money in prototyping models .
Generally, they would have spent about 25 percent more studying how these products would change vehicle properties or the distribution of weight.

3D printing also allows manufacturers the flexibility to produce individualized parts without the extra labor of preparing drawings or special dies, machining or moulding parts, tooling. 3D Printing reduces lead times on manufacturing. It can be used to react quickly to meet customer’s demands with low upfront investment.

There are a number of innovative construction sites working to integrate 3d technology into their work. Engineers can use it to create models that show how a building will look before being built. By coming up with new and innovative solutions, builders can go beyond the traditional boundaries of architecture.

In electronic products, 3D printing helps in finishing the incomplete product and
the replacement of a broken part. 3D printed prototype as a model for an electronic component after designing a circuit. Circuit boards with hazardous chemicals have been replaced by usable circuit boards made from 3d printing technology.

In education, 3D printing can be used to design course materials which are then printed out for classroom use, thus saving money.
In medical schools, it is often used to help with understanding complex anatomy structures by mapping each component onto every other member in the build volume.

3D printing in robotics provides both material and manufacturing methods. Robots are often printed using thermoplastics that are processed at room temperature by printer machines. Besides steel brackets for cars, 3D printers can also produce bionics, which are artificially replaced limbs, hands, and even teeth.