Desktop 3D printers!! When people like you and me hear the word 3D printer, we feel it’s for geeks, nerds, or highly tech-savvy individuals, but that’s far from reality. 3D printing is not a new concept and neither is it designed for tech freaks. There are desktop 3D printers available in the market that is easy to use and best suited for day-to-day requirements.
What are Desktop 3D Printers?
Desktop 3D printers, or additive manufacturing, is the construction of a three-dimensional object from a CAD model or a digital 3D model. The term “3D printing” can refer to a variety of processes in which material is deposited, joined, or solidified under computer control to create a three-dimensional object, with the material being added together (such as liquid molecules or powder grains being fused together), typically layer by layer.
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Why Choose Desktop 3D Printers?
Freedom to be Creative
Designs were almost always limited by prototyping limitations. Simplicity was a requirement. Thinking outside of the box made initial production too difficult.
Online industrial grade 3D printers have changed how engineers think. They can come up with some out-of-this-world designs, and a prototype can emerge without too much effort. Creativity is now the driving factor instead of machining limitations of high speed 3D printers.
Negligible Machining Costs of high speed 3D printers
In the past, engineers had to account for molds and machining accessories to make their ideas come alive in the first place. A desktop 3D printers machine doesn’t need any accessories to make a standard prototype. It simply lays out the materials as necessary. Those old-fashioned machining costs are negligible now.
Parts in Days Not Weeks in high speed 3D printers
Send in an order for a new design, and engineers might forget about the item for a month or longer. The desktop 3D printers process is unique because it takes a few days to complete a project order instead of weeks or months at a time. The machinery lays out the material layer by layer. There’s no cutting or elaborate finishing that must be done. Parts emerge with fine precision.
Online Access of high speed 3D printers
Physically taking design to a local shop for prototyping is time-consuming Several trips may be necessary. The beauty of today’s marketplace is its mobile aspect. Online desktop 3D printers is the current wave of productivity impacting the design world.
Engineers simply add their design to a website upload. The system performs the rest of the work. They can continue with other projects while the computer completes the next steps.
Cornering the Supply-Chain Market of high speed 3D printers
Production on any invention will come to a halt when parts aren’t available. A desktop 3D printers service takes the supply issues out of the picture. The supply chain can be quickly filled with the necessary parts in a matter of a few days. Many engineers appreciate this aspect of industrial grade 3D printers, especially if their designs are particularly complex.
Practically No Mistakes on high speed 3D printers
Prototyping any concept is often full of mistakes. Changes are made based on these discoveries. Skip the design issues with 3DP. Some services, such as those offered by 3D Hubs, come with a design checker.
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Uses of Desktop 3D Printers
The automotive industry has been tapping the potential of FDM 3D printers for decades already. Desktop 3D printers are extremely useful in rapid prototyping and have proved capable of significantly reducing design times and lead times on new car models.
Desktop 3D printers have also augmented manufacturing workflow within the industry. Custom jigs, fixtures, and another tooling that might be required for a single-car part, particularly when high-performance machines are concerned, once required an array of custom tools, adding cost and making the process as a whole more and more complex.
Industrial 3D printer is instigating a design revolution in jewelry. Creating 3D printed pieces that had a comparable look and feel to traditionally handcrafted and cast jewelry used to be a challenge. However, following the latest round of advances in specialist high-end 3D modeling programs, and with more printable materials on offer, more and more jewelry designers now prefer to 3D model and print their designs over traditional handcrafted methods.
Jewelry 3D printers create pieces from resin or wax, based on the 3D model of the jeweler’s design. Digital models can be easily edited, which makes prototyping jewelry with industrial grade 3D printers incredibly cheap and convenient.
Onshoring high speed 3D printers
Anything with so much power to alter design and production methods as industrial grade 3D printers is bound to make waves in manufacturing. But there are potential advantages to embracing FDM 3D printers in this field that are harder to visualize.
One of these is the onshoring of manufacturing. In recent decades, there has been a pronounced decline in US manufacturing as firms moved operations overseas to take advantage of the lower cost of labor. The commercial sense in this movie is undeniable, as “a tool made in China or Vietnam can cost anywhere from $10,000 to $50,000 less than a tool made in the US.”
Offshoring, nevertheless, has its drawbacks on the design and production process. Lead times are frequently long, importing products from overseas is costly and environmentally unfriendly.
Spare & Replacements Parts
The effects of losing or breaking parts of products or devices can range from the inconvenient to the disastrous.
FDM 3D printers will consign the days of having to pay exorbitant repair costs, or else throw away a mostly functioning device, to the past, by enabling consumers to produce replacement and spare parts.
Aerospace of high speed 3D printers
Minimizing weight is a primary way in which FDM 3D printers has enabled the aerospace industry to make a considerable saving. The lower volume of components required in an industrial 3D printer construction of a part leads to parts that are lighter overall—this seemingly small change to production positively affects an aircraft’s payload, emissions, and fuel consumption and speed, and safety, all the while markedly reducing production waste. As in numerous other fields, the workflow also allows the production of components simply too complex for traditional methods to handle.
Glasses and Eyewear of industrial grade 3D printers
Having to cater to all manner of face shapes, eyewear is also an industry that stands to benefit distinctly from FDM 3D printers limitless capacity for customization. New designs intended to optimize both comfort and quality of design can be, as elsewhere, rapidly prototyped using industrial grade 3D printers and produced at a lower cost and at greater convenience to the customer.
The results are lighter, more comfortable eyewear, made with minimal waste incurred. Some companies in the field are even using the attributes of industrial 3D printer production to encourage customers to design their own glasses, excellent for generating brand loyalty and empowering consumers.
Fashion and Smart Clothing (On the Horizon)
One area in which the commercial and artistic potential of 3D printing will likely collide is in the field of fashion and smart clothing. As the pallet of materials and textiles usable in the 3D workflow increases, designers will be afforded an immense range of new possibilities.
Not only can industrial 3D printer technology alter the production of textiles—but it will also provide the opportunity to create new textiles that are, for example, bulletproof, fireproof, and capable of retaining heat. This particular branch of industrial grade 3D printers workflow has yet to be perfected, but in the near future, we will see 3D printed clothing graduate from museums and haute couture to the boutique.
Artists empowered by the workflow have also used desktop 3D printers smart clothing as “personalized, wearable, data-driven sculpture” with an artistic purpose.
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Buyers Guide to Buy Desktop 3D Printers
- Safety Features – You can never be too safe when it comes to working with hot electrical equipment. Keep an eye out for safety features that will help your Desktop 3D printers experience—this includes things like automatic nozzle cooling when a print is complete. If the printer has a heated bed, look for a feature that automatically shuts it off when a print job ends. Avoid damaging prints with excess filament by retracting the nozzle automatically when a print is either paused or complete.
- Print Resume Functions – There’s nothing worse than ruining a beautiful print halfway through its completion. Print resume features make sure that your creations aren’t interrupted when unexpected pauses occur. Instead of starting over, your print job will resume where it left off.
- Quality User Interface – A quality interface can take your Desktop 3D printers experience from extraordinary to mind-blowing. Don’t waste time trying to navigate a menu with a rotary knob when you could be using a touchscreen interface. These aren’t limited to the expensive printers. Even the most affordable FDM printers come with a touchscreen UI.
- Heated Bed – Once you’ve tried a heated bed, you really can’t go back. The first few layers of your prints are critical to the foundation of your final object. A heated bed ensures this foundation is well-formed, solid, and sticking in place. Finding the ideal temperature differs between filament but you can find the sweet spot by experimenting.
- Axis Adjustability – Fine-tuning your printer often involves tightening or loosening the tension on one of the 3 main axes. Look for an FDM 3D printers with easy access to belt tension adjustment. This will save you time otherwise spent removing components and making adjustments.
Frequently Asked Questions:
What kind of computer do you need to run a Desktop 3D printers?
According to Autodesk, the recommended hardware requirements are – 64-bit Intel or AMD multi-core CPU, 8Gb RAM, 4Gb hard-disk space, and a 3D graphics card with 2Gb of memory and support of DirectX 11, OpenGL Legacy, and GL4 Core Profile.
Is it illegal to 3d print a Desktop 3D printers?
3D printing offers a wealth of innovation and opportunity but at the same time as with so many technological advancements, the law is unprepared for its effects in its current format. So, FDM 3D printers itself is not illegal but some of its consequences might be especially in terms of intellectual property law.
Can I make money with Desktop 3D printers?
If you can dedicate yourself to achieve the goal its one of the fast-growing manufacturing sectors in India. the industrial 3D printer is required in many college research programs and prototyping in companies. The average cost for printing is 300 per hr in the market.
Can Desktop 3D printers print metal?
Metal 3d printing, also known as direct metal laser sintering (DMLS) and direct metal laser melting (DMLM) is an additive layer technology. A variety of metal FDM 3D printers materials are also available including stainless steel, cobalt chrome, maraging steel, aluminum, nickel alloy, and titanium.
Can you make clothes with Desktop 3D printers?
Fashion designers have already unveiled shoes and clothing made via an industrial 3D printer, in which plastic material is deposited layer upon layer to create a three-dimensional structure.
What is the purpose of 3d metal printing?
Metal printing processes can be used to manufacture complex, custom-made parts that conventional manufacturing methods are unable to produce. Metal FDM 3D printers parts can be optimized to make the most of their application while reducing their weight and the total number of components in a fabrication.
3D printers are more affordable than ever, but you still shouldn’t spend more than you have to. Know what you want to print and use that to set the expectations for your new printer. Look for high-quality features like a heated glass bed, larger build volume, and an easy-to-use user interface. So this article will help you to choose the best industrial 3D printer.