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What are the Benefits of Additive Manufacturing?

What are the benefits of additive manufacturing? Read to learn more.
© Labdox Private Limited

In this article, you will learn more about the benefits and limitations of additive manufacturing.

Why Additive Manufacturing is Important?

Additive manufacturing (AM) has the potential to fully redefine manufacturing in certain areas. So of course producers of every size are now looking seriously at 3-D printing as a complement to existing and conventional manufacturing methods.

Additive manufacturing as a rule uses only the materials needed for the part, which radically reduces waste during production. It also doesn’t experience the long lead times you would typically have in making molds, casts, and completed (direct to manufacture) parts in certain materials.

When a design change is made late in the process, particularly after tooling was made, the costs of the change rise significantly. Often those prices are expensive enough to imply that the design change may not be implemented unless the item is critically flawed.

Each part needed in an assembly raises the number of attachments, clips, glue, etc., which adds weight, volume, cost, and complexity in assembly. Basically, the fewer the parts you have in an assembly, the better it will perform.

Additive manufacturing (AM) has the capacity to completely redefine manufacturing in certain locations. So of course producers of every size are now looking seriously at 3-D printing as a complement to existing and conventional manufacturing methods.

Additive production can significantly reduce material waste, decrease the number of production measures, the stock is held, and decrease the number of distinct parts necessary for an assembly. Generation of models and prototypes throughout a product’s development stage Parts for pilot show production in medical, automotive and aerospace industry short series production where tooling costs for casting or injection molding would be too large Components of high geometrical complexity which can’t be produced by way of conventional manufacturing (molding, grinding, grinding, casting, etc)

Use of Additive Manufacturing

  1. Manufacturing of prototypes during an item’s building stage
  2. Pilot series production parts in the medical, aerospace, and automotive sector
  3. Short series production wherein costs for tooling to inject or cast molding would be excessively high
  4. Complex geometrical parts that can’t be delivered by methods of traditional manufacturing (grinding, molding, casting, milling, etc.)

What are the Benefits and Limitations of Additive Manufacturing?


Advantages of Additive Manufacturing In traditional manufacturing, workers chop, chisel or otherwise cut material away from solid substance blocks to form completed products, leaving unused excess waste. Wasted material equals wasted money and resources, but additive manufacturing uses less by allowing the printer to construct material upon itself, making virtually no waste. It uses the approach to restore components and products, developing a new green economy based on remanufacturing.

They produce parts more cheaply and in smaller batches, lowering maintenance costs and extending machine longevity.

  1. The entry expense keeps on falling
  2. Energy & material waste will be saved
  3. Prototyping cost significantly less
  4. Quicker and in budget
  5. You won’t require as much available stock
  6. It’s simpler to reproduce and improve the legacy part
  7. Combine and assemble into a solitary part
  8. Supports lattice structures & AI-driven design techniques


Exactly like metal injection molding (MIM), metal additive production is rarely the most cost-effective route to an end product. There are significant capital costs to purchase the equipment required to support additive production. These costs, whether you are attempting in-house 3D printing or outsourcing it, are hard to justify compared with conventional processes.

The mechanical properties of a finished product are dependent upon the characteristics of the powder used in the procedure. Additive manufacturing typically uses a pre-alloyed material from the base powder. Why? There’s no way to successfully present extra materials and attributes later in the 3D printing procedure.

Industrial adaptation to additive production has been slow, and it’s still considered a market process even in 2021.

Let’s Discuss

What do you think is the biggest advantage of Additive Manufacturing out of the advantages listed in this article?

© Labdox Private Limited
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An Introduction to Digital Manufacturing and 3D Printing

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