3Doodler Pen Review

3Doodler Pen Review

3Doolder pen has this privilege to be called World’s first 3D printing pen and when it hit the market, it was a huge and instant success. It reached its initial funding goals within hours and it continued the remarkable sales until the $2.4 million mark was hit before the campaign was finished. Now the same company is back after almost two years with an advanced, more tech-savvy and sleeker pen that has a totally new design and it is easier to use. 3D printing has been made easier than ever with the arrival of pens like 3Doodler 2.0.

Features and Specifications

There are some major improvements and changes in the latest model of 3Doodler as compared to its predecessor. Not only it is incredibly smaller in size but it also features a new and improved nozzle design in addition to an enhanced and improved heating algorithm. There is an option to set the speed to variable so one can adjust to their writing style. Temperature control is not a problem as you can set it precisely to take full control on your 3D printing. In addition to this, there is a new feed system in 3Doodler 2.0 that makes the extrusion much more consistent and reliable. All these features, improvements and more make the 3Doodler 2.0 a better than ever 3D printer pen.

Setup and Configuration

It is incredibly simple and easy to start with the 3Doodler 2.0 because it is basically a freehand 3D printer that its simplicity will blow you away. All you have to do is plug it into a power source and it is your choice to shove in a stick of either PLA or ABS plastic. One important step in setup is to flip the switch to high and wait for the indicator light to inform you that the nozzle is hot enough so that you can start extruding. After that, just keep holding the “squirt” button and the molten plastic will start coming out so you can draw anything you would like.

It only takes a minute or two to complete the setup and ready to start 3D printing. It lets the users create strange new works of art that are easy to start but hard to master. They couldn’t have made it simpler than this so that anyone can set it up on their own and start printing right away.

Quality and Design

The 3Doodler 2.0 has just knocked the socks off 1.0 in a lot of ways and the build quality and overall design are the most significant options of these. There is a sleek new aluminum enclosure and not to mention the small and compact size that is 1/4th of the version 1.0. It is easy to hold the 3Doodler 2.0 in your hand and start printing right away. One of the most notable upgrades and improvements is the variable speed button that gives the user full freedom while printing. Moreover, the temperature control feature adds more detail to the printing and the end-result is remarkable. Last but not the least, “continuous feed” has fixed a problem that some users faced they weren’t able to draw bigger objects as they had to strain their hand during the process. It is now possible to do this task with ease and you can activate the “continuous feed” by double clicking the extrude button.

Print Quality

3Doodler 2.0 has simply taken the 3D printing pens to a whole new level and has set a new standard for the competitors. It is designed to be used freehand and obviously, this means that it is not as accurate as the 3D printer. However, it doesn’t necessarily mean that it’s not a useful tool but you can master it with time and with a bit of dedication and practice. The best thing about 3Doodler 2.0 is that the users need no special or technical knowledge in order to start using it. Anyone with interest and dedication of 3D printing can pick up the 3D printer pen and start printing. There is absolutely no requirement to download software or STL files to load on printer so the technical barriers between your imaginations and the 3D printing are removed.

Conclusion

The only downside about 3Doodler 2.0 is the freehand feature which will be a bit of problem in the beginning but it is directly related to your drawing skills. Just like 2D sketching, it takes a bit of patience and practice and you will be making really cool stuff in no time. Since it never clogs or jam, its maintenance requires no efforts and there is no repairing or upgrading cost.

So if you’re looking for a real-time 3D printer, 3Doodler 2.0 is not really the best option as it is more of a fun artistic tool. But if you want a great tool to turn your imaginations into real 3D objects, 3Doodler 2.0 is definitely an option worth considering.

Scribbler

Scribbler 3D Pen v3 Review

Scribbler 3D Pen V3

 

Introduction

If you haven’t heard much about 3D pens before then you needn’t worry because they work just like a normal pen or pencil. Not to mention, it is a little heavier because instead of lead or ink, there is plastic inside it. Use it as a traditional writing instrument and there are plastic filaments that replace the ink and you can get them in any color and feed the plastic from one end which is liquefied by a heating element. The latest version of the Scribbler 3D pen V3 comes with a big LED screen that lets you unleash your creative skills. When you have such power of creation in your hands, you can run rampant in your studio and create almost anything with great precision and detail.

Functionality

The functionality of the 3D pen is somewhat like that of a glue gun and as you draw something, the liquid plastic becomes hard as it leaves the tip of the pen. You can make drawings and shapes with Scribbler 3D pen V3 and they look to be leaping out of the paper. Not to mention if the person drawing is an artist or a creative person, the effect will be absolutely stunning. There is a plastic thread feeder which has 6 speed options available so you can adjust it according to your preference.

Things you can do with 3D pen

There is a whole lot of things one can do with 3D pens and unlike the 2D drawings we make on the paper with a pen, you use colored plastic in 3D pens to make all your drawings in 3D. The raised figures that you make from time to time really do look lifelike. 3D pens can also be used for great indoor activities. For example, you can draw the sides of a house and let the kids fill it with the drawings of their favorite cartoons or comics. After that, you just have to lift the drawings from the paper and assemble it however the way you want.

Design

Product Dimensions are 6 x 2 x 4 inches and it weighs only 1 pound so that it is easy to carry and draw pretty much anything you’d like. The functionality of the 3D pens from different brands is the same but it is the quality of the product that varies. Scribbler 3D Pen V3 has a number of great features and a user-friendly design that make it a hot choice for anyone. The company has not only made cosmetic changes but also gave a new shape in the design. To put it shortly, the overall look of the 3D pen is much cleaner and sturdier than its competitors.

The 6 speeds given in the Scribbler 3D Pen give everyone the freedom to adjust the speed to comply with their speed and style of writing. The large screen on the pen is of great help in discerning the settings without getting worried that someone might have changed them. Last but not the least, there is an option to enter both PLA and ABS plastic which gives you total freedom to look for the best deals available when shopping for refills.

The ease-of-use and the versatility are the two factors that make it different as compared to the other brands. There is an option to change and control the temperature and you can also switch which plastic you want to use. The pen works in a way that it allows the user to pull in the air and thus attract 3D masterpieces. Since it is roughly 65g in weight, that makes it the perfect option for so many musicians to kids and even graphic designers to test their creative skills. Moreover, there are ABS filament of 1.75 mm each present in it.

Not only it has an attractive design but it is highly portable as well which is one of numerous reasons why it is one of the best options in 3D pens. It is generated with a wall surface charger so that it is highly portable and you can even take it with you to any place you want to go. So no matter if you are in a flight or far away from home, you can always draw something 3D with ease. It surely takes your innovativeness to a whole new level and lets you take your creative skills to the next level. There are a couple of cons of Scribbler 3D pen but the befits definitely outweigh this cons. The individual guide offers insufficient information on controlling the temperature and another thing is that the business identity is not clearly printed on the pen so it is easy to get tricked into buying a non-genuine pen. However, these concerns are of little importance as the numerous advantages make it a great choice.

Future of 3D Printing

What Lies Ahead for 3-D Printing?

 

Introduction

3D printing is also known as additive manufacturing and to put it simply, it turns 3D digital models into 3D solid objects with great detail. 3D printing was invented in 1980s and it has been revolutionized since then and in the last few years, it has been massively used as a next-generation manufacturing technology. Using this technology, one can make easily make final products and spare parts in no time.

What lies ahead?

3D printing has already gone to the next level as we can make thermoplastics, thermoplastic composites, and a whole lot of things. However, it is still being used as a manufacturing technology but the future will bring lots of huge changes in it. The combination with synthetic biology and nanotechnology will surely transform the production and logistic process. As we know that 3D printing encompasses a huge number of additive manufacturing technologies. 3D printing has already been so revolutionized that it is possible to build objects in successive layers of about 0.1mm width.

Localized production at its best

In the near future, we will be seeing the local production of the good will be at its best. There’s a reason why the co-founder of Twitter recently made a prediction that Nike could be a purely software company in the coming few years and if that happens, it will all have been made possible thanks to 3D printers. Knowledge is power and this phrase will come in handy in the near future as everything you know will be made closer to you. If, let’s say, a part of your dishwasher gets broken, all you have to do is look that part up on the internet and print it out at your home or commercial 3D printer. You will be able to make 3-D printed custom shoes and to add to this, when the kids outgrow these shoes, you can simply put the old pair in the recycler to get a new pair that fits.

It will much more convenient, faster and cost-efficient to produce our own consumer goods. With the passage of time, we will be seeing more and more digital 3D printing factories. If your company already participates in global supply chain, then it faces a threat because the localized production of the goods will strongly compress or even eliminate food chains.

Custom Production Materials

Not long from now, we will have access to custom production materials and imagine how fascinating it would be to actually customize the production material. It will have most uses in biology as doctors are already studying 3D printing in depth to devise knee replacements for people. In the short future, the material itself will have the capability to hold pain medication along with antibiotics that will make it a revolutionary invention.

If you’re already shocked about the future of 3D printing, then the next news will take you by storm. Have you ever wondered if the Superman’s bulletproof outfit could become a reality? Well, it sure does seem so as the doctors are testing 3D printing with Graphene which is a flexible material yet it is 100 times stronger than steel. If this becomes successful, it will completely change the future of healthcare.

Nano-Printing

Jennifer Lewis and her team at Harvard have already made a lithium-ion battery that works like a normal battery but the shocking fact is that it is only the size of a grain of sand. These batteries have this tremendous capability to produce shocking results as they can be installed in Tiny robots, to power miniature medical devices and in several other fields. If you have heard even a bit about the fabrication of really small particles to atom and molecules. Well, now with the help of 3D printing, it is possible to create rapid prototypes of micro and nano-structures quite easily.

4D printing

Now that you have an idea where 3D printing can take us, do you think you’re ready for 4D printing? 4D printing, to put it simply, means that you create an object using 3D printing and that object has the capability to self-assemble or change shape at some point in the future. The object will have the functionality to change its shape when the temperature or surrounding environment changes. This is the fourth dimension that will totally revolutionize the world of printing. Skylar Tibbits at MIT is studying this technology and it will have huge number of implications for both users and industries.

It is only a matter of time when 3D printing becomes common and it will have huge impact on the biggest industries at present. Objects will be made that will automatically react to the surrounding and environment with micro sensors installed in them to help us with our needs and all our requirements.

3D Systems 3D Printers

3D Systems

3D Systems is not a new name when it comes to the 3D printing world. It has been committed to providing great quality products as they have focused on understanding and eliminating the barriers to broad utilization. Nowadays, their main focus is on democratizing the access and to boost the adoption of 3D printers by students, professionals, and common users.

ProJet® 1200 is an all-in-one micro-SLA that helps you print quickly and economically using the built-in features that always come in handy. The ProJet® 1200 is the best 3D printer for printing small, precise and detailed parts and that includes jewelry, electronic parts and more. It is so compact in size that it can be fit anywhere and everywhere so it is an excellent choice for home users. Despite its small size, it delivers excellent print quality and unmatched part accuracy in addition to the flawless smoothness. The print volume of this printer is 43 x 27 x 150mm and it prints 30-micron layers at a 585 dpi resolution.

 

ABS Materials and PLA Plastics

There are 6 durable printing materials tailored for this printer for plastic prototyping and another great thing is that the casting patterns make this printer an ideal one for jewelers. This is a DLP based system which has a little resin-curing pico generator and that helps users add in more detail and graphics to their prints. One curious drawback is that the post-curing station is not large enough to hold a print of a good height. However, it is no big deal because it can be overcome easily and there is a two-line LCD display and a single green main button to keep the controls simple. There is the option to send the files to the USB but it works flawlessly when the files are received over the Wi-Fi.

Just like most of the 3D systems, the build area of this printer is tiny but it needs to be because of the way its design is made. Due to the fact there is on layer-separating mechanism in there, it limits the final prints to very small objects or ones with very small cross-sectional area. But this is taken as an advantage by dentists and jewelers who need to print small objects and have to make use of processes that need clean burnout. The connectivity is not as good as MakerBot as you may have to update the firmware, plug and unplug the USB to make it operational again. However, if you’re looking for fast results, then this is the one for you as it prints faster than you can bake a cake. So this also enables the users to buy it for high-volume use, given the fact that it is economical to own.

Mass Customization

Mass customization has now been made possible because of 3D printers and the ability to customize and modify the objects has changed the world. Using the same build chamber, a lot of products can be manufactured simultaneously according to the user requirements and preferences. Also, with the availability of the 3D printers, the proliferation of products has been taken to another level and things can be achieved that would not have been possible without the 3D printers that add the amazing level of complexity. The industrial applications have also been enhanced because of this because components are being made that are both lighters and stronger at the same time.

Benefits of 3D

A very notable benefit of 3D systems is that there is no risk of the final product varying from what you ordered. This is because when the construction is left to the imagination of the constructor, it always changes from what was originally ordered. With a 3D system available, there is no room for ambiguity as you hold the exact or at least a very closely related model of your conceptual design.

There is no need for tools and equipment when all you need is a compact 3D printer 3D system to build almost anything you can imagine. 3D systems have a great future in industry because prototyping tools and production runs are really costly. However, with the availability of 3D printers, one can create tools and parts through additive manufacturing and greatly reduce the costs associated with this process.

The one thing that can’t be achieved through virtual prototyping on the computer screen is that you can’t get the feel of the final product. However, this is not the case when you have a 3D printer with yourself so that you can immediately get the product right into your hands and get the feel of it. The freedom of customization and personalization has been taken to the next level and one can actually 3D print anything after drawing it on a paper. Last but not the least, it is really sustainable and environment-friendly with no harmful effects on the environment.

Cubify Printers

Cube 3 3D Printer Review

 

Introduction

The 3D Systems Cube 3 is a mid-range 3D printer that fulfills a lot of 3D printing needs and it has the capability to produce items with great detail. The thing that distinguishes this printer from other printers is that it produces excellent detail and smooth layers in both PLA and ABS plastic. Moreover, it is easy to use and it is definitely a great pick for beginners and to put at schools or office and people can learn to use it quickly. Hassle-free printing is no longer a problem if you have access to a Cube 3 3D printer that comes with 2 extruders in dual-color printing with up to up shades of ABS and PLA plastic.

Main features

One of the main features of Cube 3 3D printers is the availability of Wi-Fi and there’s also an option to control it from the PC. Not only PC but it can also be controlled from MAC and any Android or Apple device. One drawback about Cubify Printers is that they use materials in cartridges so that this is to be bought from the company and is relatively more expensive.

The design of these printers is pretty simple yet effective and elegant-looking and resembles a bit of that Apple-like simplicity. The design of the printers is formed in such a way that most of the moving parts are enclosed under clear plastic. This way, the material is hidden from you and you only get to see the desired shape being printed cleanly. Unlike the typical 3D printers, Cubify printer builds part of this into the filament cartridge itself and gives exceptional quality results. Because of this, there’s no need to clean out the extruder and you get a new print head with every new cartridge.

Quality is a major concern when the customers are buying Cubify Printers and using The Cube allows you to print in the finest form possible. However, one drawback is that the metal end of the tube doesn’t always snap into the place. But this is not a big issue as this can be fixed by removing and inserting again the metal end. One major downside of the 3D Cubify Printers is that they make you spend more on the cost of materials. 3D system charges you $49 for one cartridge and each of this contains less than 2 lbs. of filament as opposed to typical printers that use generic filament which costs around $30 for 2 lbs.

The Setup

The setup process of the Cube 3 is pretty easy as you get to enjoy the fully automatic and you can start printing within half an hour after opening the box. Most of the time in setting up is spent on letting the printer its calibrations. Moreover, there’s a theme with this printer that hides all the technical aspects of the printing process that makes the whole process look seamless.

The Cloud-based controls and software makes the printing process much more fun as the printer itself comes with a 2.5-inch touchscreen. Using that screen, you can choose which model to print and do a whole lot of stuff like connect to a Wi-Fi and also change the material to print.

The Cubify software overall seems like a software that is a big improvement into the complex world of 3D printing. The icon-based system guides you through the whole process and makes it easy to import a 3D design. One of the things difficult to master but very useful in 3D printing is translation and rotations. Both of these are unintuitive and like MakerBot software, it doesn’t allow you to use the mouse to move the object in real time. It is a bit noisy when compared to the other printers but still does a better job than those. However, this is perfect to use at home or office because of its lightweight design and decent structure.

13 inches tall and 10 inches wide is a size that can be fit anywhere and even in the tightest of spaces. The Cube comes in a variety of colors and there is no housing enclosure to protect you from the print head and hot elements on the printer itself. However, one thing that is worth noting is that it is better to keep the children away to prevent injury.

The print quality is more than fine and it produces really good quality prints when worked with excellent detail. The Cube has the capability of producing really, high-quality print with the details of the original piece that you’re trying to replicate. It produced great results on all the tests and the printing speed is also admirable so it certainly delivers the value for money. It is certainly a good and flexible option for educational setting as it is quite easy to learn.

MakerBot Replicator Desktop 3D Printer Review

An introduction of MakerBot 3D Printer

MakerBot 3D printer stands out from the rest of the crowd because it has a safe design for an open-frame printer. Besides that, it comes with a user-friendly software that is easy to learn and master. The Replicator Desktop 3D Printer gives a lot better experience than one at Dell and it is often referred to as the 5th generation replicator. Even during its testing and performance checking, it gives consistently good performance and it is free of the extruder problems that are most commonly found in the replicator 2X. Moreover, it is easy to setup and there are a number of connectivity options.

Features and options

It is an all-black large printer at 16.2 by 17.4 by 20.8 inches and weighing nearly 16 KGs, it is best to put it on a table or bench on its own. One of the most convenient features available in it is the frame is open at the front, top and sides. This gives you a good view while the printing is in process so seeing the whole process is pretty fascinating. However, this is also taken as a drawback because it becomes relatively noisy for a 3D printer.

Setup

It is not at all a difficult process to setup the MakerBot Desktop 3D printer. First you have to install Smart Extruder by just pressing it against the back of the extruder carriage. After that, use the magnets to lock the extruder and proceed forward to lift the filament drawer in the back and load the filament spool. After that, it all comes down to the spool header as you insert the filament using a tube and affix the tape into the right plate.

There is a 3.5-inch color LCD on the printer besides a dial and 2 buttons to help you take control on the printer easily. Then comes the time to load the filament which can be done using the control panel and the whole process is basically pretty self-explanatory.

Connectivity

The best thing about the MakerBot 3D printer is that it provides a number of connectivity options and these are the widest you will see in modern day printers. Not only you can print from a desktop PC using a USB flash drive but you can also print using Ethernet, Wi-Fi and remarkably you can print from an Android or iOS device over Wi-Fi. All you have to do is install the app of MakerBot and the whole thing becomes easy. Besides that, you can also print from USB thumb drive but in order to do that, you have to install the MakerBot app from the App Store.

Another great feature is the Smart Extruder which can be easily removed using the quick-detach design if you are into troubleshooting and stuff. There is no need of screwdrivers when you can quickly detach it whenever you want. Additionally, network connectivity and remote monitoring has been made super easy and fun with the built-in camera. This way, if the built-in Smart Extruder finds a problem and pauses the whole process of printing, you receive an SMS on your phone about this problem. So there is no downtime and you can surely stay in the loop no matter even if you are far away from your printer.

We know that 3D printing is not an easy process and almost every company tries to make the printing process as easy as possible but not everyone succeeds at it. Most of the companies end up doing this by sacrificing a lot of useful options One common problem that the users face is that there are only three major resolution settings (Low, high and medium). Moreover, in-depth options for even better quality like extrusion speed, infill density, or extrusion temperature are not available. Surely, it makes the printing process a bit easier but it comes at a cost of some very useful options that are skipped.

Conclusion

There is a difference between a good and bad printer that the good one doesn’t necessarily exclude some great features just to give the ease of use but it still gives those features with easier access. This is something that MakerBot has achieved and that’s why you get complete access to a wide range of great 3D printing features that are easy to master. Using these features doesn’t require any extra special knowledge but it is easy and intuitive and the onboard software is so simple that even a child can use it. Also, the printing performance is the best that we have seen and once it is up and running, it is the most consistent and reliable machine. So to put it shortly, MakerBot is the best machine for starters and for intermediates as it comes with a variety of great features that come in handy.

SLM 3D Printing

SLM 3D Printing

About SLM Printing and it’s uses

SLM 3D Printing

China Unveils Metal 3D Printer Able to Create Metal Jewelry

History

People first began hearing about 3D printing just a few years ago, but the technology was actually born in 1981. This birth occurred when Nagoya Municipal Industrial Research Institute’s Hideo Kodama published an account of a rapid prototyping system that was more than a theory – it functioned. It layered photopolymers (acrylic-based materials) on top of each other in order to create a 3D structure.

Medical Use

However, the technology was slower moving than the time it took to print a single square inch (it was a considerable wait), so its true adolescence ocurred between the years 1999 and 2010. This was the start of a revolutionary decade in the 3D printing sector because it was 1999 when the first 3D-printed organ was implanted into human beings. This was a major medical breakthrough. The Wake Forest Institute for Regenerative Medicine discovered that the 3D printed organs could be coated with the human patient’s own cells so that there would be little to no chance of rejection.

Everything from miniature functional kidneys to prosthetic legs were being created with 3D printing technology. By the mid-2000s, the public became interested in 3D printing for personal use because of the creativity element. The first commercially viable machine was made available in 2006 and that marked the period in which printers could print using multiple materials.

 

Today

But now 3D printing is in its prime. The price has dropped and the technology continues to move forward. This forward motion has been evidenced by the development of a miniature metal 3D printer, which is a significant improvement over the rom-filling metal 3D printers that can cost millions of dollars. The company that created the miniature printer, Yibo3D, reached a highly interesting milestone with this latest development. Now their YBRP-140 SLM can mainstream what has, up to this point, been a product that has been exclusive to aviation, aerospace, and the high tech sectors.

What Sets the YBRP-140 SLM Apart?

The YBRP-140 SLM uses Selective Laser Melting (SLM) technology. This means that laser beams melt metal particles into the desired shapes. The printer is no larger than the standard washing machine, which considered small when compared to past metal printers.

Like its competitors, it can be used to create metal parts out of multiple materials. It is also more cost-effective than other 3D SLM printers. Between the size, cost, multi-material capabilities, and its exactness, startups will have access to industrial grade 3D printing that will completely change how their industries do things.

What Yibo3D is doing now is putting a lot of thought into the jewelry industry, as they revealed that their metal 3D printer has the capability to create unique pieces of jewelry in different metals, including gold. The metals that are on the table include titanium, iron, nickel-based materials, and copper-based alloys. This makes the printer ideal for high density and high precision parts, such as research tools, low-volume jewelry, teeth prostheses, and medical equipment.

Cost Versus Quality

Something that is surprising about the YBRP-140 SLM 3D printer is that it costs less than other metal 3D printers. However, this lower cost doesn’t translate into poor quality. In fact, the layer heights the printer prints are just .02 mm. If you decided to make a part of 100 mm, the deviation in accuracy may not exceed .1mm. This low margin of error makes the metal printer suitable for more than just making jewelry.

The cost and quality aspects of the printer show a changing climate in the world of 3D printing. With the world becoming more open to the innovations of 3D printing, it is expected that there will be growth in the consumer market. While most of the sales have been seen in China because of the strong backing by the Chinese government, it is expected that the technology will strike worldwide interest in the near future.

And not only do buyers save money on the machine itself, but they save money on what they are producing. In the jewelry industry, 3D metal printing can allow for a higher degree of customization with a great deal of precision. Uniqueness is an important quality in the jewelry industry and this technology is one way to achieve that important goal. Perhaps this is one of the reasons why sales have been increasing rapidly. In fact, the sales forecast predicts a continued upswing in both industrial and consumer sales.

A Positive Forecast

It is the past sales of the YBRP-140 SLM 3D that encourage the positive sales projection. When the technology first became known, 34,000 units were sold. The following year, the number doubled to 77,000 units. This trend is expected to continue as the technology becomes more refined and the price remains reasonable for commercial and personal applications. The improved availability of the mini 3D metal printers also comes into play, as the availability is going to pique a higher degree of interest among consumers and businesses.

Ultimaker-2-3D-Printer-0-1

3D Printing: 5 Things You Should Know

3D Printing: 5 things about 3D Printing

3D Printing

Home 3D Printing is Now a Thing and This is How You Get Started

Medical 3D Printing

3D printing may seem like it’s out of this world, but it is very much an earthly thing. There is a lot of hype surrounding the advancement of the technology, especially in the medical sector where the printers are used to create prostheses and even organs. While this may sound like something out of a medical science fiction movie, it is very real and so is the now developing trend of home 3D printing.

Home 3D printing has been around for a while, but it is gaining momentum as 3D printers become smaller and more affordable. Exactly how much money you spend on a printer depends on the features you want. The features can be the difference between paying hundreds and paying thousands of dollars.

Why Use a 3D Printer at Home?

3D printing allows you to create a 3D model of an object on a computer screen and the printer then creates that object. The printer is able to follow the specifics of the digital model with great precision. If you create a 3D model of an elephant, the printer is going to spray its base material – typically thermoplastic filament – laying it down in layers from the bottom all the way up to the top until the object is finished.

This function used to only exist in industrial settings. You would be amazed at how many things you have already held in your hands that were created with large 3D printers. The differences between the large industrial printers and home 3D printers are that home printers have smaller hardware, a lower price, and software that is much easier to operate. As a matter of fact, there are now multiple 3D modeling programs that people can choose from. The variety of programs are useful to the DIY community because they can find one that hones in on the parts and products that they want to create.

Nonetheless, some people may not see a use for 3D printers yet, but they are getting there. Say you are working on your car and you need a small plastic piece just like one that is missing. If you have a 3D printer, you may be able to turn to your printer to create the piece rather than having to run to the auto parts store. This is just an example.

There is also the fact that the technology is being fine-tuned to become more user-friendly. The idea is for anyone to be able to 3D print items that they need. If you are wondering whether or not 3D printing technology is useful to you now, you need to ask yourself if you are a do-it-yourselfer, a maker, or a hacker. If you are any of these, you most likely have a need.

The Benefit of Do-It-Yourself 3D Printing

If you are into DIY projects, then a home 3D printer is going to be useful. You can go ahead and purchase your own printer and create thousands of objects. You can print single parts or the components of an object so you can put them together and create a larger object. You can even print moving objects. Imagine being able to print appliance parts so broken ones can be easily replaced. That’s a great way to get more mileage out of an appliance before replacing it and it’s something that people are doing today. This means there is an economic impact to owning a 3D printer.

But what if you can’t model something with the software?

It is true that there is a learning curve. If you find yourself having difficulty creating a model, you can find someone else’s online and tweak it to your specifications. If you need to copy an item, there are 3D scanners designed to do this. However, you can use a webcam to scan an item for 3D printing.

Different Materials are Available

Also know that you aren’t limited to plastic. You can print objects in metal, as there are metal 3D printers. There is even a 3D printer that prints whatever you want in chocolate. If you want that aforementioned elephant printed in chocolate so you can eat it, you can print it in chocolate.

How do You get Started?

First, you need to realize what you want to print and if you can do it with one material or if you need multi-material 3D printing. Second, research software programs to find what is going to work for you. If you are new to 3D printing, you want a program that is as user friendly as possible. Third, decide what you want to print and either create it on the screen using your software or scan it for copying. Fourth, you tell the printer to print and let it do what it does best.

Once the printer is finished, you will have a product, part, or other creation that you would normally have to order or go to the store to buy. Think about the money you will save. It is this personal economic impact that has created quite the 3D printing fuss and the enthusiasm surrounding the technology isn’t expected to subside.

3D Printing Software

Top 5: Best 3D Printing Software

3D Printing Software

Best 3D Printing Software: Top 5 Free 3D Design Tools

 

Are you struggling to find the perfect 3D printing software to design your 3D objects? It’s no wonder, given the rich variety of applications at your fingertips.

Whether you need simple, free, and open source design software or a full-featured, professional 3D design suite, there is plenty of choice when it comes to 3D printing.

3D design software in the form of CAD (Computer-Aided Design) has been evolving for over 50 years. Much of the focus for CAD, however, has been in the fields of architecture, industrial engineering, and film animation.

Where does that leave design software for desktop 3D printing in 2016, you may ask?

Answer: In a great position to take advantage of modern 3D modeling technology!

Scroll down for a list of the best free 3D printing software on the market that lets you save your creations in the 3D printer-friendly .STL format and start printing straight away.

Top 5 Free / Open Source 3D Printer Design Programs

1. Blender

Blender is a popular and powerful open source 3D design program regarded by many in the 3D modeling community as the defacto king of free 3D printing software.

It has a mesmerizing choice of features which range from sculpting tools to subdivision smoothing, making it suitable for all kinds of design projects that you can imagine.

Although notorious for its steep learning curve, once you’ve come to grips with the UI and workflow, this is one design environment that will blow you away with possibility.

One of its best features for 3D printing is an add on called “3D Printing Toolbox” which performs geometry sanity checks on your model so that it won’t flop in the printing stage.

Blender is an artistic designer’s dream tool, perfectly suitable for organic modeling, freeform shapes, and intricate patterns, as well as the more mechanical side of things.

Operating Systems: Windows, Linux, Mac

2. DesignSpark Mechanical

DesignSpark Mechanical is a 3D CAD modeling program designed for engineers who are not experts in 3D CAD design. It is completely free and instantly compatible with 3D printing.

Used for both rapid prototyping and finished 3D prints, DS Mechanical features direct gesture-based modeling for easy geometric manipulation. Unlike most CAD design tools which use a traditional history-based form of parametric modeling, the workflow in DS Mechanical is real-time and direct, making the design process highly intuitive.

The focus of this 3D design tool is on mechanical, hard-surface objects like gears, motors, and electronics. Artists may want to give this one a miss, while engineers will love it.

Operating Systems: Windows, Linux (using Wine)

3. OpenSCAD

OpenSCAD is free and open source 3D design software that makes heavy use of programming. In fact, there is no visual modeling in this program, instead relying on the Constructive Solid Geometry (CSG) method of hand-coding your object’s parameters.

Although beginners may be put off by the lack of interactive design tools, the programming skills are easy to learn and master. Much of the syntax is self-explanatory and human-friendly.

If you need a mechanical 3D design program that lets you tweak design specs with programmable precision, OpenSCAD is your match.

Operating Systems: Windows, Linux, Mac

4. 123D Design

Part of Autodesk’s 123D suite of free 3D modeling apps, 123D Design is a slick 3D design studio for 3D printing hobbyists. It’s free for non-commercial use, with the option to upgrade to Premium if you want to sell your 3D-printable models.

The design workflow is interactive and visual, giving designers a simple user interface that is both powerful and easy to use.

Whether you’re into making robots, jewelry, sculpted art pieces, sci-fi fan art, or more practical items, this free 3D printing tool has you covered.

123D Design has a public gallery with thousands of free 3D printer designs available for download. When you download a model, you can choose to 3D print it as-is or edit it to your liking. While the software isn’t open source, the 123D community spirit certainly is.

Operating Systems: Windows, Mac, iPad

5. Fusion 360

Fusion 360 is a cloud-based 3D CAD/CAM design tool created for professionals, and one of the best-kept secrets in the free 3D printing software arena.

It is available for purchase, but can be used for free by startups, hobbyists, and individuals for as long as needed.

According to Fusion 360’s license terms, if you don’t make more than $100,000 a year from your 3D models, you don’t have to pay a cent for the software.

Fusion 360 comes with all the features and capabilities that you would expect from a commercial grade 3D design suite. Similar in workflow to traditional CAD design, using Fusion 360 can help you learn both basic and advanced CAD techniques.

Combining parametric solid modeling with free-form subdivision modeling, you are able to design your 3D printed objects to absolute perfection. Not only that, but being cloud-based, you can share your designs online and remotely collaborate with others.

Operating Systems: Windows, Mac

3D Printer Slicer Software

Top 7: 3D Slicer Software

3D Printer Slicer Software

3D Slicer Software: The Best Slicers For 3D Printing

So you’ve finished your awesome design, saved it as .STL, and are ready to get printing your three-dimensional masterpiece.

Hold up, you’re not done yet. 3D models in .STL format are fine for viewing on a PC, but 3D printers are not computers and have no clue how to print .STL files.

Before you can create your 3D object, you need what’s called “slicer software” to translate your model into a format your 3D printer understands in machine language.

Without a good 3D printer slicing tool – or by using incorrect slicer software settings – you may find that your 3D printer starts to give problems such as:

  • poor print resolution
  • leaving unsightly artifacts
  • not adhering to the print bed
  • warping or layer misalignment
  • over- or under-extrusion

How Does Slicer Software Work?

Slicer programs take the .STL design you created with a 3D modeling tool and converts it into “G-Code” language which your 3D printer can read and act on.

The G-Code contains instructions that your 3D printer uses to do things like position its stepper motors for each layer to be printed.

Slicer software chops the 3D model into stacked horizontal layers so the 3D printer can lay them down according to your model’s final X, Y, and Z parameters. The software also controls settings such as feed rate, layer height, temperature, and fill patterns.

Finding the best 3D printing slicing software that works well with your model of 3D printer can reduce frustration from failed prints and make a huge difference to the quality of your objects.

Because your mileage may vary with the type of 3D printer you own, here are 7 of the top 3D printer slicer programs for you to experiment with. Have fun!

Top 7 Slicer Software Tools for 3D Printing

1. Cura

Slicer Software

Cura is free slicer software made by Ultimaker, a Netherlands-based 3D printer manufacturer. Inspiration for Cura came from the open source 3D printing tool, Replicator-G, and Cura stays true to the open source philosophy to this day.

With top class support and a diverse community of users willing to help solve problems together, Cura is an excellent slicer tool for beginners and experts alike.

Price: Free

Operating Systems: Windows, Linux, Mac

Good for: Ultimaker, LulzBot, Printrbot, Solidoodle, Type A Machines, RepRap variants, and more

2. Slic3r

Slic3r is another free slicer program and enjoys a reputation of being one of the best slicer software tools around thanks to its cutting edge features and knowledgeable community.

Compatible with most RepRap-based 3D printers, Slic3r helps cut down on mistakes by allowing you to preview toolpaths in 3D and spot any problems before printing.

Price: Free

Operating Systems: Windows, Linux, Mac

Good for: Ultimaker, Lulzbot, MakerGear, MakerBot, RepRap variants, and more

3. Simplify3D

Slicer Software

Simplify3D is a full 3D printing software solution with a bundled 3D slicer tool. The fastest slicer software on the market, Simplify3D can take your .STL and generate ready-to-print G-Code in seconds.

Simplify3D’s professional slicer tool is renowned for achieving good quality prints from complex designs and is loved for its ease-of-use.

There’s no need to spend hours fiddling with settings, because the slicer software settings have already been optimized for almost all popular 3D printers. Simply apply the profile for your model of 3D printer and you’re good to go.

Price: $149

Operating Systems: Windows, Linux, Mac

Good for: See 3D Printer Compatibility List

4. KISSlicer

Best Slicer Software

KISSlicer AKA “Keep It Simple Slicer” is an open source slicer tool for 3D printing which puts emphasis on being easy to use and quick to set up. At the heart of KISSlicer is a simple G-Code generator and 3D preview function.

The free edition of KISSlicer is limited only by the amount of printer heads that can be used – you can only slice models for single-head 3D printers. Buying the Professional license gives you support for multi-head 3D printers and multi-modeling capabilities.

Price: Free / $42 for Pro license

Operating Systems: Windows, Linux, Mac, FreeBSD

Good for: RapMan, CubeX, CubePro, 3D Touch, RepRap variants, Delta-style printers, and more

5. Skeinforge

Best Slicer Software

Skeinforge is a great 3D printer slicer program developed in Python. It is designed to be highly configurable, with a wide range of settings that let you tweak different aspects of the printing process.

Slicing from .STL to G-Code with Skeinforge can take a little longer to complete compared with similar slicer tools, however the high quality 3D prints produced make up for the wait.

Skeinforge is recommended for more experienced 3D print makers and those who like to fine-tune parameters for best results.

Price: Free

Operating Systems: Windows, Linux, Mac

Good for: MakerBot, Solidoodle, MakerGear, Printrbot, RapMan, RepRap variants, and more

6. CraftWare

Best Slicer For 3D Printing

CraftWare is a free slicer tool made by CraftUnique, makers of the CraftBot Plus. Sporting an attractive and modern interface, CraftWare is a slicing tool for the more visually-inclined 3D printing enthusiast.

Thanks to its useful 3D G-Code visualizer feature, you are able to view exactly how your 3D model will be printed. This allows for impressive control over the slicing stage and lets you check for any parts of your model that need to be tweaked or corrected.

Price: Free

Operating Systems: Windows

Good for: CraftBot Plus, RepRap variants, and most G-Code compatible 3D printers

7. MatterSlice

Best Slicer For 3D Printing

MatterSlice is a new 3D slicer forked from the open source CuraEngine project. This tool comes bundled with the free MatterControl 3D printing software package and can be used to generate G-Code for most desktop 3D printers.

If you’d like to try MatterSlice, you have to first download MatterControl and then select “MatterSlice” as the slicing engine on the settings page.

Price: Free

Operating Systems: Windows, Linux, Mac

Good for: See 3D Printer Compatibility List

 

 

CLIP 3D Printing

CLIP 3D printing technology

CLIP overview and Carbon 3D printing technology

As the consumer 3D printing market continues to grow gradually, 2016 seems to be a year that will bring some huge changes in this industry. There has been enough growth and advancement here that will make you drop your jaws. There is no doubt in the fact that this is a fast-growing market and is contributing to various industries. The start of 2016 showed that almost all of the previous year’s vendors came back with enhanced features and they support lots of industry applications.

In the recent few years, we have seen that the amazing applications of 3D printing impact both product design and supply chain. This is the reason why even the biggest leaders will be paying close attention to the latest carbon 3D printing trends that are going to emerge in 2016.

What is CLIP technology?

Clip-based technology is extremely useful for creating a wide range of features for industries like automotive, medical and other appliances. It works in a way as to combine some specific properties of thermoplastics but still be able to give exceptional finish and resolution.

CLIP is an abbreviation of Continuous Liquid Interface Production and what differentiates it from traditional 3D printing technology is that it eliminates the shortcomings of normal 3D printers. It uses a photochemical process that projects in UV light below a liquid resin bath. Carbon also states that this technology is 25 to 100 times faster than standard 3D printing methods.

What will Carbon 3D printer bring?

The thing that highlights Carbon 3D printing is that it works to eliminate a lot of 3D printing issues. The technology is so versatile that it is possible to make objects with no visible layers. The process of prototyping will be surely revolutionized with the arrival of Carbon 3D printer in the markets. It would help millions in creating end user products and parts with smooth finish and no visible layers.

The fact is that this process is much faster than the standard 3D printing. For example, SLS 3D printing takes a long time to print layers but that is not the case with Carbon 3D printer. The advantage to designers and users is that it is now possible to create parts in every possible way.

Materials to be used with Carbon 3D

The functionality and usage of Carbon 3D printer is enhanced as a large number of materials can be used to create parts. For example, you have to create a prototype and in order to make it functional, you can choose from 7 Carbon materials to create the final product.

Different materials give different engineering requirements such as elongation, resilience and temperature resistance. The selection of the material will be based upon the use of the parts or objects made with the 3D printer. A manual is available on the internet to read the properties of every material to help ease the selection process.

Applications of Carbon 3D printers

Quick and agile fabrication is provided by Carbon 3D printers for extensive use on stage and screen. 3D animators, game developers and filmmakers will use it to meet some of their most demanding needs. Special effects studio Legacy Effects already uses 3D printing to make blockbuster action movies. Moreover, the in-game 3D printing option is also become popular with time.

Most of the objects made by traditional 3D printers are not as consistent as those made by Carbon 3D printers. The layer by layer approach and the mechanical properties ensure that the end-product is smooth and long lasting. 3D printing models can also be used for visual mockups, photo shoots and in animation and entertainment industry where details matter a lot. Filmmakers, prop builders and animators rely heavily on detailed prototypes and models. Thanks to Carbon 3D printers, there is now more freedom to add as much complexity in designs and add authenticity to the movies.

 

Using 3D printing with CLIP technology

If you are not satisfied with the results of your traditional 3D printer and you want more clarity and detail in the parts you make, it is time to shift to CLIP technology. You can access a CLIP Pilot Program to discover the features and functions of this technology while being helped all the time during this process. Sculpteo offers the Carbon 3D printer services with CLIP technology and you can access it on their website.

Conclusion

The bottom line is that the selection of a 3D printer is not an easy task but it depends on the kind of products to be made. If you are a beginner and just want to get started with 3D printing, then a traditional 3D printer will do the job. However, if you run a business or your needs are more professional or corporate in nature, Carbon 3D printing with CLIP technology is the best option.

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3D Printer

3D Printer Applications

Remarkable applications of 3D printers

3D printers

3D printers have moved from theory to reality long ago and it has now become cheaper to produce 3D printers. There are a lot of models of 3D printers available in the market and each of them comes with slightly different specifications. Also, it will not be too long before a 3D printer joins a 2D printer in every home and their use becomes common. Let’s take a look at some useful applications of 3D printers.

 

3D printed Medical Models

Science has to have a dab in tech as these two go hand in hand with each other. With the advancement in 3D printers, doctors can now study human anatomy better than ever.  Surgeries will be taken to the next level as doctors inject reality into surgery practice with the help of 3D printed medical models. Complex surgeries will be easier to perform that would have otherwise taken hours with a great risk involved.

2D CT Scans have already become outdated as 3D printed models show each and every detail. UAE hospital has already started using 3D printed models to reassure their patients that it is safe to undergo surgery. It is because of the advancement in 3D printed models that cosmetic surgery has significantly advanced in the recent times so quickly. People who accidentally lose their body parts such as nose, ear, hand, fingers or even entire face can now get these features back using complex surgeries that have only been made possible because of 3D printing.

3D printed Graphene batteries

A research team is working on creating batteries printed with Graphene inks as it is more conductive than metal. It will be very useful for factories and manufacturers that are looking for long lasting batteries for different purposes.

Several teams of scientists are using the flexibility offered by a 3D printer to create complicated inner structures so that their capacity could be greatly increased. Using 3D printed models, they will be able to completely reshape the batteries so they could fit any device.

All this progress is not limited to batteries used in smartphones but goes beyond that. This is an energy-thirsty age that requires more energy to be saved and reproduced from a renewable source. These researches will prove to be extremely useful in producing energy-efficient products at low cost.

 

3D printers for military

Most of the machinery manufactured for military is complex and most of the parts are custom and rarely replaceable. With the advancement in 3D printing, we will be able produce replacement parts instantly in remote locations with the help of a 3D printer. Earlier this year, we have already seen a 3D printed gun that is considered a huge step towards further innovations.

3D printed Micro Drones are the next thing on the horizon as there are 3D design competitions being held all around the world to get people to use 3D printing and designs. The competitions are open to general public and anyone can take part in them and the winner will be announced by the number of downloads at the end of the competition. Designing such a drone is as easy as downloading a basic design template and use it with any software such as SketchUp as a start.

Household uses of a Desktop 3D printer

Now is the time to get a 3D printer if you don’t have any because there some extraordinary and fruitful things you could do with a 3D printer. No matter if you are designing something great yourself or downloading something from internet, there are just lots of things you can do.

From creating adapters to making repairs, a 3D printer bring solutions for different kinds of problems. So often it happens that a small plastic part on any appliance or product breaks and we deem it useless and throw it away. Well, this won’t be the case anymore if you have a 3D desktop printer at home and you could easily design almost all of the replacement parts yourself. This will save a lot of time, effort and money and enhance your creative skills.

It is often the case that something unique or hard to find breaks and becomes useless. However, instead of driving and wasting a better part of the day, you could design it yourself using your 3D printer. It might be the case that you are in need of a simple tool or product that is hard to find or has been discontinued, you can create it yourself. Depending on CAD software you are using or how familiar you are with it, you can go a long way with 3D printers.

3D printing gives you a lot of freedom and saves a lot of effort and money so it is absolutely necessary to have a 3D printer at home. It is only a matter of time before they become a common household item and will be seen in every house because of their diverse uses.

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3mm Nature ABS 3D Printing Plastic Filament by PRIM3D Printing

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