The Ultimate Guide to Choosing a 3D Printer

3D Printing is more than merely prototyping. Today, 3D Printing offers transformative promising circumstances at each period of creation, from initial idea configuration and all processes throughout. Today’s aggressive market makes picking the right 3D printers, for each period of creation, more critical than any time in recent history. Only a couple of years back, in-house 3D printing was appreciated by only few experts and regularly restricted to printing idea models. Once viewed as a novel luxury, 3D printing has demonstrated long-haul esteem by improving configuration to assembling abilities and speeding up a products time to market. Today, 3D printing advancements have allowed a continuous number of developing inventors, engineers, doctors, analysts, scholastics and idea makers to unleash and reproduce the profits of fast in-house 3D printing.

Thriving organizations are presently utilizing 3D printing to consider more ideas in a less amount of time while also making strides in item improvement. As the process advances, specialized 3D printers are tried at each venture to guide objects of different shapes and sizes in attaining enhanced execution, lower assembling expenses, convey higher quality and more fruitful presentations. In preproduction, 3D printing is empowering speedier first generation objects to bolster advertising and deal capacities.  3D printing is also empowering higher profit, expanding adaptability, diminishing the need for stock and different logistical costs, customization, quality, item weight, and more prominent effectiveness in a developing number of commercial ventures.

Types of 3D Printers

Additive Manufacturing or 3D printing is a process of making 3 dimensional objects with the help of a digital file for commands. There are many different types of 3D printers.  The one you have presumably become most aware of and the machine most prevalent among users is Fused Deposition Modeling (FDM).

 Fused Deposition Modeling (FDM)

FDM has been around about 35 years.  It works with the principle of using additives, usually plastic filament or metal on a spool, layer by layer from the bottom up.  In the end, these layers of plastic or metal will produce a 3d model of an object that the user has created via a digital file. FDM models are more affordable than the other two types of 3d printers.  Infact, these are the printers you will see consumers buying for their home.  Next we will talk about these other types of 3d printers that are substantially more costly: Stereolithography and Selective Laser Sintering (SLS).

Stereolithography

Stereolithography utilizes an added substance just as the FDM model.  This specific technology came about in the mid 80’s and uses a bright light beam (laser) to solidify an object from a pool of photosensitive fluid. The first step is creating a thin layer of liquid plastic using a laser to essentially paint the pattern of an object on a platform.  The liquid plastic will then harden and the platform will be lowered for the next layer of liquid to be added.  Again, the laser will trace the object and bond the section that we had just lowered.  You will do this over and over again until the entire object has been made.  Once you raise the platform, the 3D object will be exposed to then rinse, bake, and cure the plastic.  Even though this process seems to be quite tedious, it is ideal for creating prototypes of accurate and durable objects inexpensively.  Many different industries, such as car manufacturing, currently use the stereolithography to build prototypes.  This is typically not the type of 3D printer you would have in your home.

Selective Laser Sintering (SLS)

SLS is similar to stereolithography, but with different materials being used.  For example, as we discussed, the stereolithography uses liquid plastic but the SLS objects are made from powder plastics. It uses the same concept of layers and layers of material being used on a the platform of the printer.  The laser is utilized to soften the powder through heat that is either just below or right above boiling point.  This fuses the powdered particles together to make a solid.  Once the initial layer is formed, you will do this over and over again until the entire object has been printed.  At this point, you just leave the object in the machine to cool before removal.  The SLS machine is best known for its uses in recreating airplane parts, hearing aids, and other high-quality materials.

Build Your Own or Buy One

The 3D printing group is one made of inventors and creators, so it bodes well that numerous individuals might want to attempt their hand in building a 3D printer all alone. There are building guidelines and 3D printer units accessible online in the event that you choose to run with this course.

Building your own printer can be cheaper than buying one but if you don’t have the time, you could always buy a pre-assembled printer. Your final decision will depend on whether you are interested in tinkering with the technology, or just want to start printing right away.

Price

One of the fundamental factors that can help turn 3D printers standard is their cost. Costs depend predominantly on the nature of the yield. All in all, the higher-quality ones have a tendency to go above $1000; proficient printers can even go above $2000, e.g. the MakerBot arrangement. In any case in the event that you are simply plunging your toes in 3D printing, you can begin with basic models that go for as low as $100.  You should check out the 3D pens they have!  This is a great way to get your kids imaginations going and keep up with technological advances.  There is a lot of money to be made with these printers so why not get your kids started early.

With climbing fame and substantial rivalry, the costs of printers will continue to go down while the quality makes strides. Note that these printers don’t accompany the materials you require to print your items. You will need to independently buy the materials as diverse items may require distinctive materials.

Materials Used To Print

There are several different types of materials used for 3D printing.  The two most popular plastics are Poly Lactic Acid (PLA) and Acrylonitrile Butadiene Styrene (ABS). Both are thermoplastics that are delicate and flexible when warmed and solidified when cooled. They are typically sold as 1kg (2.2lbs) spools of filament, estimated in the $30-$40 territory.

Let’s take a look at the both materials

Poly Lactic Acid (PLA)

PLA is a plastic processed from corn, sometimes even potatoes or sugar beets.  It is the more eco-friendly of the two plastics. It is also a transparent plastic that is usually glossier than ABS.    PLA does have a lower melting temperature than ABS so keep this in mind when making objects that may be in direct sunlight or in higher temperature environments.  The last thing you want is to watch your creation melt right in front of your eyes.  Here are some qualities to remember about PLA:

  • Biodegradable and ecologically sound
  • Cools rapidly, which averts issues with model distorting
  • Accessible in both strong and translucent hues, gives printed articles a glossy look
  • Disadvantage: Its low melting point may cause models to distort under high warmth
  • Disadvantage: It is hard to work with it for joints and interlocking parts

Acrylonitrile Butadiene Styrene (ABS)

ABS is a petroleum-based plastic that is a popular choice because of its strength and flexibility – think Lego bricks (which can be made using 3D printers, if you didn’t know).  ABS is also known to give off a not so great smell and also needs a higher temperature than PLA.  The plastic is more flexible than PLA which helps in creating interlocking pieces or connecting pieces as well.  Here are some qualities to remember about PLA:

  • Its flexibility makes creating interlocking pieces easier to create and work with.
  • It also has a higher melting point, so your creations will be less likely to deform under high heat.
  • Disadvantage: It takes longer to cool compared to PLA; models are susceptible to warping.
  • Disadvantage: It emits fumes during printing (more on this below).

Instructions to Choose

You have to know which material is suitable for your final item. From that point you can pick which kind of printer you should to purchase. It is vital to realize that not all printers can acknowledge both materials – some will work with only one and not the other.

Safety

In the matter of 3D printing, there are a couple of security issues to observe.

Playing With Heat

The most vital thing to remember is that you are working with warmed plastics. Extruders, plastics and in a few printers, the print bunk itself, can get extremely hot and result in awful smolders. A few printers have no fenced in area around the print territory; practice additional awareness with these printers.

Be careful With Fumes

It is vital to keep your 3D printer in a decently ventilated room. Amid the printing procedure, anticipate that exhaust will be radiated, especially when you utilize ABS plastics. These vapors are known to be fairly overpowering and it is best to take precaution when dealing with any 3D printer.

Food Grade Plastic

3D printers can be used to make numerous sorts of family units, including kitchenware. Both ABS and PLA are for the most part food-safe.  However, in the event that there are added substances to the filament, those added substances may not be safe at all. A real concern is that items made with FDM printers have permeable surfaces which microorganisms can gather.

Quality

To produce high quality 3D printed products, you need to take note of two things: print resolution and print speed.

Print resolution refers to the level of detail the printer can get which is measured in microns.  The smaller it is, the higher the level of detail in the object being created. Print speed measures how fast the printer can move its extruder.  The higher the print speed, the faster your object will be done.

In the end though, the best way to gauge the quality of a printer is to look at its output. You can look at photos, available online, of the final output of certain 3D printers before buying.

Obtaining A 3D Model

When it comes to getting a 3D printer, there are two routes you can take.  As discussed earlier, you can create it yourself or download a pre-made model blueprint from the Internet. If you intend to create your own model, there is a variety of software, both free and commercial, that will help you bring your creation into real work. If you like, you can even learn 3D modeling.

Learning to model in a computer is a difficult task that will take time and effort to truly get used to. Fortunately, for those who are short on time, there are websites that provide 3D models of many different items, made by enthusiasts from all over. A quick Google search can help you find the item that you’re looking for and get you off to a good start.

STL Files

The STL file is the standard file format that you will use to print your 3D model into a physical object. The file can be generated using most CAD programs so if you are building your own 3D models then chances are the software you are using will support STL.

Basically, inside an STL file is the information needed to produce a 3D model. The model itself is broken down to a series of triangles and a list of their XYZ coordinates used by the printer to create the physical object, layer by layer.  Again, you can find a ton of STL files on the internet for free.

Slicing Software

Once you have an STL file of the model you want to print, you will have to put it through a slicing software program. What slicing does is it “tells” your printer how to print your model. It provides instructions on the number of layers needed, the starting position of the printer and the parts of the model that should be solid or hollow.

There is a number of software’s to choose from that will help you with slicing.  Some software programs are included with the purchase of the printer. A good example would be MakerBot’s MakerWare.

Models according to your need

Enthusiast

Printers in this category are for anyone looking for a reliable machine that consistently produces high quality prints. These are straightforward machines that allow for flexible upgrades and modifications. Here you’ll find an active community ready to help you troubleshoot when your tinkering goes astray. Printers in this category are best suited for hobbyists, designers, and even small businesses. This category is the largest and there are 5 high-scoring printers within range of each other.

  1. Makergear M2

STARTING AT                            $ 1,475

RECOMMENDED FOR              Intermediates, Pros

SPECIFICATIONS

BUILD AREA (MM)              254 x 203 x 203

MATERIALS                            ABS, PLA

MIN. LAYER HEIGHT              20 microns

OPEN SOURCE                            Hardware & software

PROS

  • Precision
  • Print quality
  • Customer support

The Makergear M2 is considered a very reliable 3D printer and top choice for enthusiasts. Makergear is manufactured in the US and since its inception in 2009 the M2 is already on its 3rd generation of 3D Printers.

This model is known for its sturdy structure and solid chassis.  It comes with a heated platform that uses either filament type (ABS or PLA).  You can buy the printer assembled or as a kit allowing the user to tweak the machine with different controls and interchangeable nozzles.

The Cons? The M2 is not the easiest machine to use and it’s relatively noisy, which is not ideal for all environments. Makergear uses 3D printed parts on the M2, which have been known to cause minor issues. Dual extrusion is also high on the wishlist for current owners.  The good thing is they seem to listen to their customers and a new kit is set to be released soon to include the dual extrusion.

The Makergear M2 is one of the best printers on the market for someone with minimal 3D printing experience, but it has great potential for experienced users as well.

  1. Ultimaker 2

STARTING AT                            $ 2,500

RECOMMENDED FOR              Everyone

 

SPECIFICATIONS

BUILD AREA (MM)              230 x 225 x 205

MATERIALS                            ABS, PLA

MIN. LAYER HEIGHT              20 microns

OPEN SOURCE                            Hardware & software

PROS

  • Print quality
  • Heated platform
  • Build quality

The Ultimaker 2 is a multifunctional and robust desktop 3D printer. It comes with a heated bed and build plate and is among the most precise FDM printers with layer resolution up to 20 micron.

This is another model where users are eagerly awaiting official dual extruder support. A more reliable feeder system and auto bed leveling are also on users’ wishlists.

The Ultimaker 2 is one of the most well rounded and accessible desktop 3D printers on the market. It is well suited for hobbyists, tinkerers, students and educators. This model is more expensive than other models listed in this book ($2500) but something to consider – 97% of current owners recommend this printer for a reason.

  1. Witbox

STARTING AT                            $ 1,699

RECOMMENDED FOR              Everyone

 

SPECIFICATIONS

 

BUILD AREA (MM)              297 x 210 x 200

MATERIALS                            PLA

MIN. LAYER HEIGHT              50 microns

OPEN SOURCE                            Hardware & software

PROS

 

  • Build quality
  • Print quality
  • Design

The Witbox is a well built and reliable 3D printer that offers best in class build volume. This printer is made in Spain by a company previously known for it’s eBook readers and smartphones.

The Witbox has a full range of unique features.  One of the most desirable features of this printer is its enclosed print area.  This style printer has really help to provide a stable and safe printing environment for schools and workplaces. The Witbox has one of the largest build volumes on the market which truly assists in creating large models or multiple parts at the same time.

One of the Witbox’s biggest drawbacks is that it’s not versatile with filament types. It can only print with PLA, lacks a heated bed, and dual extruders are not an option, which as we have learned is a feature users really want in these machines.

  1. FlashForge Creator Pro

STARTING AT                            $ 1,349

RECOMMENDED FOR              Intermediates

SPECIFICATIONS

BUILD AREA (MM)              225 x 145 x 150

MATERIALS                            ABS, PLA

MIN. LAYER HEIGHT              100 microns

OPEN SOURCE                            Hardware & software

PROS

  • Heated platform
  • Dual extruder
  • Price

The Flashforge Creator Pro is a step up from its original model and can be best described as very, very solid. This 3d Printer comes with a metal frame, enclosed chassis, an upgraded platform leveling system and metal build plate, and a guide rod to help with stabilization and durability.

The Creator Pro is known to be the best value for money. It has a very easy setup that allows you to be up and printing in no time.  It has great precision and is known to be extremely reliable.  . The Creator Pro can be “tuned to various print situations” and it can print a whole range of experimental materials unlike the Witbox we just covered. Overall, the Creator Pro is extremely affordable considering the print quality you will receive from this printer.  It is an excellent choice for a beginner or even an advanced user on a budget.

  1. Lulzbot Taz 4

STARTING AT                            $ 2,195

RECOMMENDED FOR              Intermediates, Pros

SPECIFICATIONS

BUILD AREA (MM)              298 x 275 x 250

MATERIALS                            ABS, PLA

MIN. LAYER HEIGHT              75 microns

OPEN SOURCE                            Hardware & software

PROS

  • Build quality
  • Heated platform
  • Open source

Unlike the Flashforge Creator Pro, the Lulzbot Taz 4 is an open printer with a sturdy metal frame well known for its quality.  This printer comes with a built-in heat bed, an interchangeable extruder system and options for a wide range of customizations. As one of the larger build volumes the Taz 4 is really known to wow enthusiasts with its possibilities.  In fact, consumers of the Taz 4 have deemed it as being the best for printing large objects very quickly. This is not a printer you would want to buy to make small parts.

The Taz 4 is known to work really well with many different types of filament, ranging from PLA to ABS, HIPS, Ninja Flex and more. Also, the optional dual extruder really makes experimenting with different color mixtures and materials an interesting opportunity. Lulzbot is known for its customer service and going above and beyond to assure its consumer’s needs are used to continually work on improving the machine. This particular printer isn’t the best for beginners and technical knowledge is truly needed to take advantage of its full potential.

Plug and Play

Plug and play Printers are the easiest to use right out of the box.  They are often known to have very reliable print quality, low failure rates and great customer support.  This plug and play group is excellent for quality conscious creators but there does seem to be very limited opportunity for modifications and extra room for experimentation.

  1. Zortrax M200

STARTING AT                            $ 1,990

RECOMMENDED FOR              Everyone

SPECIFICATIONS

BUILD AREA (MM)              200 x 200 x 185

MATERIALS                            ABS

MIN. LAYER HEIGHT              25 microns

OPEN SOURCE                            No

PROS

  • Print quality
  • Precision
  • Build quality

Here is an excellent printer we would like to introduce that came from a Kickstarter campaign.  In 2013, the M200 made their idea into reality by creating a well-built, easy to use, reliable 3D printer.  In fact, Zortrax’s M200 is among consumer’s top choice for reliability. The M200 is made out of aluminum which really gives it a rigid structure.

The M200 only prints with ABS, which some users do not prefer because of the odor we previously discussed in an earlier chapter.  However, there are other features such as platform leveling that counter this downside and really allow for precise calibration and printing. Most users prefer to have precision and a quality print but this printer is closed and the software doesn’t allow the user to change temperature controls.  This coupled with the restriction of only using ABS is definitely something you should think about before moving forward with this purchase.

Overall, the Zortrax M200 is an easy to use 3D printer that produces reliable and accurate prints without the need to dive deeply into multiple control settings. It is also a great value, as it comes assembled with a full range of accessories for just under $2000.

  1. BEETHEFIRST

STARTING AT                            $ 1,699

RECOMMENDED FOR              Intermediates

SPECIFICATIONS

BUILD AREA (MM)              190 x 135 x 125

MATERIALS                            PLA

MIN. LAYER HEIGHT              50 microns

OPEN SOURCE                            Only software

PROS

  • Design
  • Print quality
  • Ease of use

It may take you awhile to receive your BETHEFIRST printer from this Portuguese company, BEEVERYCREATIVE.  Although, it may be worth your wait as they have really went above and beyond to do a lot of things right with their first 3D printer. It is probably one of the more eye catching, sleekly designed machines we have talked about so far.  It’s not only pretty on the outside, but the quality of the product being created on the inside is top-notch.

This plug and play printer is targeted to really allow the customer experience to be #1.  Take it out of the box, level and calibrate the bed, attach your filament, install the software and you’re on your way to creating something truly special.  This machine is very portable and easy to hide in your home or office if needed.

One thing to keep in mind is this is a first generation model.  Like any other product, there will be plenty of room for improvement. This model is on the smaller side, customization is limited and it comes with an exclusive filament system, which means high running costs. Software and connectivity could use improvements, but overall this is a hassle-free printer, ideal for professionals and use in education.

  1. UP Plus 2

STARTING AT                            $ 1,299

RECOMMENDED FOR              Beginners, Intermediates

 

SPECIFICATIONS

BUILD AREA (MM)              140 x 140 x 135

MATERIALS                            ABS, PLA

MIN. LAYER HEIGHT              150 microns

OPEN SOURCE                            No

PROS

  • Ease of use
  • Reliability
  • Print quality

The UP Plus 2 is an easy to use, affordable printer for anyone who just wants to 3D print without any technical challenge. Also known as the Afinia H480 in the United States, the printers are produced by company in China.  Besides the ease of use, the UP Plus 2 printer was among the top 5 in print quality and print success rate.

The UP Plus 2 is a compact, lightweight, and prints with both ABS and PLA.  The printer is less than 20lbs and can easily be moved around as needed. Two of the UP Plus 2’s unique features that differentiate it from most of its competitors are its automatic platform leveling and height calibration.  The printer uses a unique system of sensors and magnetic instruments to make what are normally two of the biggest initial 3D printing challenges a much simpler matter.

Owners of the UP Plus 2 can attest to that the software is among the most intuitive and it’s great at calculating support structures. However, it is also known to offer very limited controls for advanced settings such as temperature control or feed rates. A few other cons to think about with this printer is the build volume is quite small, the printing speed is slower than others, and the community of users is not the most active. Like BETHEFIRST, the UP Plus 2 also utilizes proprietary filaments. Printing with generic filaments is not recommended, as the printer uses higher printing temperatures than competitors and the limitations of the software make it hard to calibrate for non-factory filaments.  In this case, you have to factor in the cost of this specialize filament as well as the variety of options they provide.  Overall, the printer is one of the most affordable printers on the market. It’s a great choice for newcomers, intermediate users, professionals as well as students and educators.

Kit / DIY

Are you a tinkerer?  Do you like to get your hands dirty?  Do DIY projects give you the most satisfaction?  Look no further, these will be the 3D printers for you.  These printers tend to be difficult to assemble but if you have this type of patience, you will be quite satisfied with the print end result.  These printers are excellent for upgrades and making modifications. You will want to look at this type of purchase as a more long term investment.

  1. Rostock MAX

STARTING AT                            $ 999

RECOMMENDED FOR              Intermediates, Pros

 

SPECIFICATIONS

BUILD AREA (CYLINDRICAL)              Ø 280mm, h 375mm

MATERIALS                            ABS, PLA

MIN. LAYER HEIGHT              20 microns

OPEN SOURCE                            Hardware & software

 

PROS

  • Print speed
  • Community
  • Heated platform

Like the Zortrax M200, the Rostock Max also came from a startup campaign that raised over 700% of its initial target.  Since then this type of printer has increased in popularity and it is by far the coolest looking machine out there with its insect like structure.

Unlike most 3d printer systems previously mentioned, the Rostock uses a Delta style robot system instead of the traditional Cartesian style. This style offers a higher printing speed and better accuracy than other machines, resulting in smoother curves. Another thing that really makes it different than its competitors is the Rostock MAX is larger than most Cartesian type printers, which should be taken into consideration if space is tight.  This printer is specifically known for intermediate and experienced users who are looking for a very precise machine with a large printing volume.

  1. Mendel90

STARTING AT                            $ 785

RECOMMENDED FOR              Intermediates, Pros

SPECIFICATIONS

BUILD AREA (MM)              200 x 200 x 200

MATERIALS                            ABS, PLA

MIN. LAYER HEIGHT              50 microns

OPEN SOURCE                            Hardware & software

PROS

  • Heated platform
  • Design
  • Build quality

The Mendel90 is a high quality printer that comes as a kit.  It is great for people wanting to learn more about the technology behind 3D printing and don’t mind assembly. This is another one where you will want to get your hands dirty and really learn the processes.

The Mendel90 is priced appropriately and includes a heated bed which allows for a ton of possibilities and experimentation with various materials. Unfortunately, like any other kit assembly some familiarity with the technology is recommended. Basic electronic skills, such as soldering, are needed for setup. Two different types of software are also required to get started and the level of complexity can be off putting to those who want a simpler setup and print process.

The affordability and huge community behind it make it a great hobbyist printer. With a high degree of upgradeability, this machine can evolve along with your needs, making it a great machine to get started in 3D printing.

Budget

This is what we have all been waiting to find out.  How can I get started with 3D printing without breaking the bank? You’ve come to the right place. If you’re a student or someone that doesn’t want to build from scratch then you will want to pay close attention to the next budget friendly options.  Value for money is the name of the game and you’d be surprised at the amount of features these printers have to offer.

  1. Printrbot Simple Metal

STARTING AT                            $ 599

RECOMMENDED FOR              Everyone

SPECIFICATIONS

BUILD AREA (MM)              150 x 150 x 150

MATERIALS                            ABS (optional), PLA

MIN. LAYER HEIGHT              100 microns

OPEN SOURCE                            Hardware & software

PROS

  • Build quality
  • Community
  • Print quality

Printrbot, another Kickstarter project, is one of the earliest pioneers of desktop 3D printing. They are the first to bring the promise of affordable 3D printing to reality. Some 92% of the current users endorse this product as a great first printer for all skill levels.

The new Simple Metal comes with a powder-coated steel frame and an aluminum extruder. It features an auto-leveling probe that simplifies calibration of the Z-axis. This printer, unlike its predecessor, is able to use both ABS and PLA filament.

One downside to the Metal Simple is usability.  The setup and calibration will take a few hours and while the guide is thorough, some experience is highly beneficial. It’s not the most reliable printer either as several users’ experienced minor issues, including nozzle jams and feeder issues.  For newcomers and students it’s a great platform to start learning the different aspects of 3D printing. Its upgradability makes it a perfect choice for tinkerers and makers as well.

  1. UP Mini

STARTING AT                            $ 599

RECOMMENDED FOR              Beginners, Intermediates

SPECIFICATIONS

BUILD AREA (MM)              120 x 120 x 120

MATERIALS                            ABS, PLA

MIN. LAYER HEIGHT              200 microns

OPEN SOURCE                            No

PROS

  • Print quality
  • Ease of Use
  • Software

If you are looking to save some money and not break the bank, this is an excellent entry level 3d printer that you will certainly want to consider.  Much like the UP Plus 2, this printer is made in China by the same company.  It is affordable, reliable, and comes with some key features that make it stand out.  This easy to use personal printer has an enclosed concept and also has a heated build place that provides compatibility with both PLA and ABS.

A few things to take into consideration with the UP mini is its software does not have temperature control which can make it hard to achieve good results with certain filaments.  Overall, current users rave about this printer and consider it a great choice for a personal home 3d printer.

Resin

Resin based Printers have a different way of working. They use an optical power source to cure liquid resin into a solid object. This is a much more expensive route that takes extra handling and care.  Overall, the print quality and precision is top notch making these printers ideal for professional uses ranging from casting jewelry to device prototyping.

  1. Form 1+

STARTING AT                            $ 3,299

RECOMMENDED FOR              Intermediates, Pros

SPECIFICATIONS

BUILD AREA (MM)              125 x 125 x 165

MATERIALS                            Resin

MIN. LAYER HEIGHT              25 microns

OPEN SOURCE                            No

PROS

  • Ease of use
  • Print quality
  • Design
  • Software
  • Precision

Another 2012 Kickstarter success!  This resin printer is equipped with a faster and more powerful laser than ever.  At the beginning of this book, we talked about printers that use stereolithography to produce highly detailed 3D prints out of liquid resin, this is one of them.

The Form 1+ does have its drawbacks, such as the messiness of resin after processing a print.  It is extremely important to be very precise about the maintenance of this machine and the handling of objects after they are made.

Any resin printer comes with a higher post-cost upkeep.  Not only is it important to keep the printer maintenance frequently, it is also relevant to remember the price it will cost for a liter of resin – approximately $150.  This creates issues at its higher price point making the Form 1+ a poor fit for beginners looking to get started with 3D printing. The Form 1+ is a very powerful machine and is on the wish list of many 3D printing enthusiasts.

Conclusion

Are you ready to go buy?  Why not get in and buy now so you can learn it before everyone else.  We are well on our way to having a 3d printer in every home.  Personal manufacturing is about to go mainstream in a major way.  You need 3 simple things to put you ahead of the game; an idea, a printer to make the idea, and the money to support a supply.

Now that you are familiar with different types of printers, you have a competitive advantage in getting started now before it takes over the market.  We will most likely see 3d printing evolve into uses such as marketing and advertising.  An old, but good, example of this is the fax machine.  We use to get a ton of “mail” and advertising via this method.  You will most likely start to see companies providing you a replica of your customized product.  Whether it be your new home or car, it’s going to give you an physical object to hold and think about, something to carry around with you until you do buy it.

If you are an entrepreneur or someone interested in making an object to sell, you are encouraged to go back and read through the models we have provided.  There are many different models available outside of these mentioned.  There has been no payment involved in listing the items listed nor are they being promoted in any way.  Please use the examples as a baseline to formulate a list of your needs and wants.

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