The Top 8 Advantages of Additive Manufacturing


The speed of additive manufacturing innovation is rapidly accelerating daily. The tools are much less high-priced and more efficient. New materials demand components that rival, and regularly exceed, the base of those pre-existing surplus that was already made. And the public desire for these more modern 3D-printed products is growing.

Simply put, if you aren’t at least dabbling in AM, you and your clients are lacking out. In this blog, we will take a look at 7 major advantages of additive manufacturing. 

Saving  Material Waste and Energy

The core definition of 3D printing is primarily including fabric till a section is created. It begins with laying down a base layer of material, then introducing subsequent layers till the section is complete. You may also need to file off burrs that preserve up the section at some point of printing. However, the normal waste is minimal. Consolidating components for manufacturing can additionally reduce electricity and fabric costs.

Reduced Prototyping Costs

Rapid prototyping is now even simpler on your time and financial budgets, thanks to additive manufacturing. The price for a CNC milling setup is less, and it’s a subtractive process that alters the material costs. The rate of an AM prototype is comparatively cheaper.

Additionally, The financial savings add up as you take a look at iterations of the use of additive manufacturing. Make the necessary diagram changes, print a new part, and you have near-instant proof that your up-to-date diagram meets the requirements.

Decreased On-Hand Inventory

Traditional manufacturing tends to stick you with a warehouse full of premade components to draw from when you want replacements. And if you have a recall or eventually need to produce a newer design, these historic components get converted to crap.

Additive manufacturing facilitates having a digital inventory. This additionally allows you to maintain the part information in the cloud during the product lifecycle and then print on demand. That removes the requirement for warehouse space, personnel, and piles of out-of-date parts..


Easier Recreation & Optimization of  Legacy Parts

What if your warehouse lacks the legacy parts that you require? Worse, the machines that manufactured the section went outdated years ago.  Subsequently, this can result in loss of customers and can influence repeat income and loyalty.

This is where AM is to the rescue! As lengthy as you have the distinct components you can nearly clearly recreate it in a 3D printer. Moving toward a digital phase stock lets you phase out older products faster without having to make awkward apologies to upset end-users.


Improve Part Reliability

As long as you’re recreating these historical parts, it may now also be an optimal time to revisit your material options. New polymers, metals, and composites are easily available for AM every year. Now, you can substitute an unwanted part or section with something stronger. Simply recreate a more dependable part as required and reduce future help calls and remodel costs.


Consolidating an Assembly into a Single Part

Traditional, complicated components require extra manufacturing steps, alongside extra material and labor costs. The time to create and gather them is longer, and it increases inventory. There’s an efficient way. With additive manufacturing, you can print the assembly as a single piece, saving cash and time from beginning to finish.


Supports New AI-Driven Design Styles

Designers spend much less time iterating on the ideal design, and extra time engineering. Because additive manufacturing can without any issues produce a natural shape. The generative design engine can make guidelines for designs few of us would have the notion of on our own—while nevertheless conforming to specs.


Lattice Structure Support 

To the unknown, lattices like dragonfly wings are lightweight, robust, and tough to create with traditional manufacturing methods. Additive manufacturing helps lattice constructions that are intricate and challenging and use lesser material.

For single, strong pieces, injection molding does the trick. But it breaks down when lattices are introduced. Machining can work, however, the fee is prohibitive when you want to remove material from a couple of angles.

Additive manufacturing wins the day, particularly when used in real-time conjunction with AI-driven technologies. Paired together, they create strengthened components and assemblies with minimal weight and fabric costs. That eventually saves you cash each in the creation and support down the road.


Final Thoughts

Additive Manufacturing technology will advance product design and on-demand manufacturing. As design software platforms become more integrated and intuitive, the advantages of additive manufacturing will increase and significantly affect an increasing number of industries.

KloudPLM with its cloud based PLM platform can help you in adapting to the benefits and rapid changes of additive manufacturing. Integrations with applications such as CAD/CAM will help in improving product design and features such as project management, quality management, will help you optimize inventory and improve product quality.

Schedule a demo with KloudPLM today to start your first step in the new domain of Industry 4.0.

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