• Flexible Design

With 3D printing, there are far fewer design restrictions than with traditional manufacturing processes, which means you are able to create a more complex and flexible design.

With 3D printing, you are able to manufacture new parts in hours, which means that you can complete work much more quickly than traditional manufacturing processes.

• Cost Efficiency

3D printing is a single-step manufacturing process that means that it can be completed in a much quicker time, which saves the costs of using a range of different machines. 3D printing does not require human intervention, which means that you can save money that would be spent on staff.

• Reduced Waste

3D printing only requires the materials needed to make the finished product, which means that there is a relatively small amount of waste created.

While 3D printing is much more effective than traditional manufacturing in terms of time, money, and staff working hours, it can be a large drain on utilities, especially electricity. The average power that a 3D printer takes is 70 watts. If you are looking to run your printer constantly, it is important that you consider its impact on your utility bills. As Utility Bidder explains, you can easily find solutions to help you manage your utility bills’ costs.

Automotive
The automotive industry is utilizing 3D printing techniques to ensure efficiency in cost and manufacturing processes. Not only is 3D printing used for parts, but also for the creation of tools and fixtures.

Aerospace
The aerospace industry has some of the highest standards in terms of part performance, as they must withstand pressure, temperature changes, and chemicals. The precision needed in this industry makes 3D printing the perfect solution.

Manufacturing
Industrial 3D printers are turning the manufacturing industry on its head. In fact, 3D printing is allowing small companies to compete with larger companies, as they can have an increased level of creative freedom while also reducing labor costs.