Justin Caldwell

You’ve probably noticed that the market for 3D printers is more competitive than ever. When looking at low-cost 3D printers for home use in the hobbyist market, there are too many to count.

Historic company, Kodak, enters the market here with the Kodak Portrait. However, this printer wasn’t actually developed by the company itself. They licensed their name to an Argentinian startup named Smart International for manufacturing.

Kodak has an image to keep up, and the debut of this machine helps to maintain that image. It has all the features you need with easy plug and play operation. When getting up close and personal with this printer, it’s hard to find any flaws, which is something you can’t say about many other 3D printers on the market.

Specifications

• Manufacturer: Kodak (Smart Internati
  

These days, it’s no surprise that people are looking for medical masks just about everywhere. While bandanas and cloth masks are fine, many are more interested in something that they can put a filter in, cover up with more thoroughly, and filter out more particles.

They’re hard to come by, and many retailers selling these items are reserving their inventory for medical professionals only. If you’re an average citizen without a true medical need for a medical-grade mask, you may be out of luck.

However, if you’re adept at 3D printing already or you simply don’t know where else to turn and are thinking about printing your own medical masks, you can invest in a 3D printer. You can make your own, and the bonus here is that you can also sell them to others to recuperate some of the cost.

Should You Print Your Own Masks?

Read More about Best 3D Printers for Medical Masks: 3D Mask Printers for Home Use

Artillery is pretty green. They’ve only been around since October of 2018, but they got off on the right foot, releasing a 3D printer that goes toe to toe with …

If you’re the type of person who likes to make accurate and versatile content that isn’t going to blow a hole in your wallet, then vacuum forming might be the method for you.

Vacuum forming is a popular, yet relatively unknown, method for creating 3D projects and objects. If you’re creating a short run of shallow plastic products, then you might consider using vacuum forming.

Of course, like any process, there are benefits and drawbacks to using this type of method. We’ll talk about what those pros and cons are, how vacuuming forming work, and discuss everything Vaquform has to offer.

Let’s start by learning more about vacuum forming.

What is Vacuum Forming?

Vacuum forming, in its simplest terms, is using heat to make and form a specific design. This goes through a process that involves pressure forming, which uses a mold and heat to contour and shape the object. Vacuum forming uses only a single mold at a time and relies on a vacuum to create suction.

Lulzbot is pretty well-known for developing reliable 3D printers. They’re powerful machines worth the price. They use open-source software and accept plenty of filament types, so their ease of use helps them adapt to personal and professional use alike.

When they released the TAZ Workhorse, they had big shoes to fill. This beast has a 14% bigger build volume and is equipped with all the essentials. It’s marketed to produce even better, more accurate results.

It’s said to enhance the experience of its predecessor, the TAZ 6, so I wanted to give it a shot and decide for myself.

Specifications

• Build volume: 280 x 280 x 285 mm
• Printer dimensions: 832 x 510 x 520 mm
• Net weight: 16.78 kg
• Technology: FDM
• Layer resolution: 0.05 – 0.4 mm
• Extruder quantity: Single
• Maximum extruder temperature: 290℃
• Filament diameter: 2.85 mm
• Nozzle diameter: 0.5 mm
• Mate
  

The idea of owning a 3D printer is exciting and invigorating as you consider the possibilities that exist. But even though these devices are now manufactured for users like you and me, they were initially made for large corporations or universities.

Fortunately, there exist printers that blur the line a little between mass manufacturing and individual use. The MakerGear M3 is one such 3D printer. Let’s take a closer look at this interesting 3D printer.

MakerGear M3

3D printers typically fall into one of two categories: consumer and industrial. The MakerGear M3 falls into the latter category, manufacturing commercial-grade printers for schools and businesses that need them.

Founded in 2009 in Beachwood, Ohio, MakerGear is one of the largest industrial-grade 3D printer manufacturers in the United States. The company focuses heavily on creating and producing 3D printers with the best degree of precision on the

As 3D printers continue to rise in popularity, you may find that you want to join in the fun of printing your own objects from the comfort of your own home. While there are plenty of options out there, one of the most popular choices is the Glowforge 3D laser printer.

This exciting printer started in Seattle as a Kickstarter project that garnered plenty of attention and funding. Glowforge captured investments from many venture capitalists, topping more than $70 million for its 3D laser printer.

So what does the Glowforge 3D laser printer have to offer its users? What features are available and how well does it work? We’ll jump into these questions and more as we explore everything about the Glowforge 3D printer.

But first, let’s take a moment and discuss what you may want to consider before you buy a 3D printer

The Ultimaker 3 and the Lulzbot Taz 6 are two of the best 3D printers on the market. They both provide consistent print quality, ease of use, and accessibility to both beginners and experts. While they have many similarities, they contain different features that make them unique.

Main Differences Between Ultimaker 3 vs Lulzbot Taz 6

The main differences between Ultimaker 3 and Lulzbot Taz 6 are:

• The Ultimaker 3 features two extruders for more versatile printing, whereas the Lulzbot Taz 6 does not.
• The Ultimaker 3 does not support a wide variety of specialty filament types, whereas the Lulzbot Taz 6 does.
• The Ultimaker 3 has strings of lights running along the inside of the frame to make the print job more visible, whereas the Lulzbot Taz 6 does not.
• The Ultimaker 3 has an open design providing a view of your print job from all angles, whereas the Ultimaker 3 print jobs are only visible from the front and sides.

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Is 3D printing fun for you? Do you find excitement in the idea of taking some basic materials and turning them into an object you can use? If so, can you imagine how much more joy something so special can bring to children?

3D printing is an amazing and creative market, and every child should have a chance to watch an object come to life at once during their childhood. And 3D printing continues to expand and grow. Today it is a part of several industries, including healthcare, architecture, and many others.

So no matter what field your child is interested in, there’s a good chance 3D printing can have an application. 3D printing in school allows them to explore what this new technology is capable of doing and the impact it has on the world around us.

3D Printing Experience in Schools

This is why it’s so important that we bring 3D printing to our schools. We want our children to stay abreast of the latest technologies and how to use them safely. Tea

Flashforge intended to target education with their Inventor 2 3D printer, so if you’re looking for a solid plug and play option for your school, this may be one of the best choices. This upgrade to the now-retired Flashforge Finder is said to be as intuitive as using your smartphone.

With fully-enclosed components, a plethora of safety features, and modern connectivity features, everyone will have fun learning how to use it. It’s a high-quality solution for today’s classrooms.

About Makers Empire

The Flashforge Inventor 2 is made by Makers Empire, an Australian company focused on design education and providing custom tools and solutions to schools. Their goal is to assist educators in harnessing the power of 3D technology.

With this technology, they can teach design thinking, STEM sciences, and project-based learning. They develop simple tools that take the guesswork out of using the printer