Generative Design and 3D Printing

3D printers for manufacturers of tomorrow

3D printing is one of the hottest topics in the manufacturing world, and for a good reason. It’s quite literally changing the way things are done.

With the list of useful applications and innovations expanding constantly, 3D printing is quickly bringing about massive positive change in the manufacturing industry. When companies invest in 3D printers for manufacturers, they are investing in their future. And with that, they see big rewards, impressive savings, and a happy trend toward sustainability.

So, how can organizations continue to optimize 3D printing technology further? The easiest answer is to integrate it with other technology advancements, like generative 3D design.

Let’s talk about how these two innovations can work hand-in-hand to build the manufacturing process of tomorrow.

Optimizing Additive Manufacturing & Generative Design

One immediate shift that occurs when implementing 3D printers for manufacturers is pretty obvious. That’s the switch from the traditional subtractive manufacturing process to the more environmental friendly additive process. The benefits of additive manufacturing and generative design are also apparent right away.

Cost, energy, and material resource savings happen naturally across the board, not to mention the increased innovation inherent at every stage of the manufacturing process. Generally speaking, a more sustainable process and product are realized overall, and drastic margins cut lead times.

When you combine 3D printing with other high-quality tech innovations, your process benefits that much more. Let’s take a look at what the additive process is, as well as generative design for more detailed information. Then, we will discuss how the two are being used together seamlessly to revolutionize the manufacturing industry.

What is Additive Manufacturing?

The process of using 3D printers for manufacturing is a process called “additive manufacturing”. Where traditional subtractive manufacturing processes create parts from a larger sample of raw material (creating a substantial amount of waste as a natural byproduct), additive uses only those resources required to print end products.

It’s called “additive” because the process consists of layers being ‘added’ one after the other. This significantly decreases costs associated with waste because there isn’t much if any! Even if there is a small amount of waste, its minimal compared to the subtractive processes.

What is Generative Design?

Generative design, also known as “topology optimization”, essentially creates designs using parameters such as spatial requirements, materials, manufacturing methods, and cost constraints. The designs are generated organically and virtually, based on the load requirements, generative parameters, and specs you put into your computer program upfront. This allows for innovative and dynamic solutions!

The large volume of data/ science used to generate these designs results in more efficient and effective parts. For instance, parts can be designed leaner, using the most appropriate materials for whatever scenario at hand.

The generative design procedure is done early in the design development process, so you can get to market faster.

Why 3D Printing and Generative Design Work So Well Together

There are huge advantages in using a generative 3D design process. It allows for a more organic solution, and 3D printing fits into that smoothly. Why? Because, generative design works beautifully with the additive process. It’s much simpler to 3D print an organic, layered design than trying to figure out how to machine it after using standard machines that are much less dynamic.

3D printing and generative designs integrate seamlessly into a more innovative, creative, adaptable, and sustainable manufacturing process from start to finish. Utilizing both technologies result in massive benefits all around. The additive process saves resources and time, and the generative design process creates more flexible optimized solutions.

Using both the additive and generative processes to complement each other is just plain smart. It’s faster, cheaper, more innovative, better overall designs and end-products, and a more sustainable production process.

DesignPoint Transforms Efforts with the Best 3D Printers for Manufacturers

Utilizing 3D printers for manufacturers with a generative design process is creating positive impacts across the board. It makes perfect sense why this trend is showing no signs of stopping anytime soon!

When you’re ready to level-up your manufacturing efforts and revolutionize your business by using a 3D printer in the manufacturing industry, contact us. DesignPoint helps you transform your business’s future, starting now!