An uncountable number of companies using an industrial 3D printer in their production processes. We wish to introduce our readers to major industries that we believe can benefit the most from additive manufacturing. Besides, by having an inside look at these industries. It will become a lot easier to understand. That is how and why these commercial 3D printers are modifying the way manufacturing occurs as a whole.

What Exactly Is Industrial Printing?
Moving past hobbyists and people working in the education sector. There are a lot of other uses for an industrial 3D printer. Industrial printing is a type of manufacturing that applies the basics of 3D printing to produce commercial-grade components. For instance: machines, healthcare, and electronics, amongst other purposes. Besides, a robot 3D printer functions with the help of a variety of high-tech computer programs, engineering platforms, and manufacturing methods. To offer humanity the awesome outcomes that we can see today.

What’s more, whether it be a steel bracket capable of holding together a million-dollar machine to a small plastic part for a child’s toy. The ability of an industrial 3D printer (on offer by Evo3D) to 3D print things. That we buy and use in our personal and professional lives daily is nearly unlimited. To say it in simple words, industrial printing has opened wide doors for exploration, research, and design. Not only that, 3D printing plays a crucial role in helping companies remain competitive in numerous fields. To be precise, an industrial 3D printer is a revolutionary invention with prospects that we are only just starting to use.

Major Industries Using An Industrial 3D printer

1. Manufacturing
Extending from jigs and fixtures to the end-of-arm tooling. Industrial 3D printers are fully rotating the decades-old manufacturing industry on its head. Besides, thanks to this robot 3D printer, organisations (irrespective of their size and location on the globe) can come up with a custom. Low-volume tooling and fixtures at a fraction of the conventional price. Offering both designers and engineers more time to focus on revenue-generating parts.

Not only that, companies are now able to get more creative freedom while saving on labour costs and time at the same time. For instance, the Canadian firm: Lean Machine Metal Fabrication Inc is using 3D printing. With a design to enable the additive manufacturing (DFAM) approach. Which is helping them save more than 4000 dollars per tool.

2. Education
With the 3D printing industry experiencing something new every day. Educational institutes are rushing to ensure that they are always on board. When it comes to being on the cutting edge of this new technology. Especially to better serve their research and education interests. Additionally, whether it be professors printing parts for educational tools to deliver the lesson plan to Ph.D. students using the printers for R&D purposes. A robot 3D printer can fulfil a variety of means in colleges.

For instance, US-based Higher Education Institutes like Oklahoma State University and Purdue University in Indiana have invested a lot of resources (both manpower and financial resources) in this field. With the sole aim of teaching their students about futuristic aspects of additive manufacturing materials and technology.

3. Robotics
From customisation to weight reduction, both these factors guarantee that winning robotics parts match well with 3D printing capabilities. Furthermore, parts like sensor mounts and grippers are costly to create and need to be custom designed for varying uses. That is why, Robotics engineers deploy 3D printers for end-of-arm tooling and end-use parts. Beginning from gripper fingers to entire robot components to have control over the weight of the overall product. To confirm that the tools can move faster and carry big items.

Also, rather than wasting huge amounts of financial resources on a non-customized design. An industrial 3D printer allows robotics companies to design and create light, complex parts namely end-of-arm tooling at a fraction of the cost. Haddington Dynamics, for instance, is using four of its in-house 3D printers to develop 3D printed robot arms for firms like NASA and GoogleX. At a price that is nearly 58 percent less in comparison to conventional manufacturing.

To sum it up, there is no shortage of commercial 3D printers at your behest in the market. But nearly all of them are designed to serve a particular purpose. So, do not put your money into this awesome marvel of modern technology. Without asking for a complete demonstration of a job starting from design to delivery from the supplier. If in any doubt you can approach Evo3D engineers through our homepage.

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