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The aerospace industry has been a very early adopter of 3D printing technology. The technique has enabled the industry to manufacture lightweight, strong, and reliable aircraft parts. Due to their zero-gravity property, the technique helps make spaceship parts effectively. They provide the ease of experimenting with the designs and efficiency.

Like every other industry, the medical sector also benefits from the 3D printing technology to manufacture duplicates of various tissues and organoids to treat various infectious and fatal diseases. Consequently, it has also been helpful to treat gum tissues and tumors in teeth by orthodontists.

3D printing technology has entered the automotive industry to revolutionize car designs and enable the engineer to create new dimensions in the manufacturing of vehicles.
Moreover, the technique is beneficial to provide cost-effective and efficient production of discontinued spare car parts to help them keep going and in use.

In the automation equipment manufacturing industry, 3D printing has fastened the procedures and reduced the need for multiple workers to complete a single task.
Furthermore, the technique has introduced a construction arm in the construction sector to ensure quick performance and print necessary 3D models, in no time.

The 3D printing technology has created multiple dimensions for the architects to produce 3D printed building models to examine them better and look for the problems in the constructing plan. Furthermore, they have reduced the time required to produce certain designs with high accuracy and precision.

In the electronics sector, 3D printing technology has produced precise prototypes to fit in the circuit boards. Moreover, reasonable production has enabled the industry to obtain single parts and test their efficiency before producing large batches. They generate quick and effortless production of electric parts with high performance.

In the modern era, 3D printing technology has incorporated scientific ideas in 3D models to explain the concepts more clearly to the students.
Moreover, the teachers and professors use these models to explain human anatomy more clearly to young doctors and develop communication skills for better growth.

The most practical application of 3D printing technology is in incorporation with the robotics industry. Engineers have manufactured a robotic arm with high movement capabilities to draw 3D models in the minimum time. Subsequently, it is helpful to generate complex and intricate designs with high accuracy and precision.