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3D Printers Buying Guide

You want to buy a 3D printer, but you don’t know which one to choose?

Here are your 3D Printers Buying Guide to help you make your decision in the 3D printing jungle!

In this article, we will try to bring you as much information possible about the new low-cost 3D printers, but we won’t forget 3D printers that are more expensive and might interest you if you’re a business owner (a design studio or an architecture studio for example).

We’ll go from the most expensive ones to the less expensive ones, because it usually means that the quality and possibilities decrease with the price (but, hey, it’s not always true!).

So if you don’t plan on spending more than $1,500 in your 3D printer, skip directly to the second part of the article.


Make Your Choice

The first thing you need to ask yourself is what you will be doing with your 3D printer.

If you want high-end outputs, you have to choose a ZCorp (which brings you super fast and very accurate models).


If you want to be able to use your 3D printed parts directly and in a durable way, Stratasys’ Dimension should be on your list.

But if you’re less interested in super high quality and more by building and experimenting with 3D printing for a lower price, Open Source DIY 3D printers are the right fit for you.


Size and materials are also things to think about when buying a 3D printer.


Different Options

In this 3D Printers Buying Guide, we will concentrate on the prices of the various 3D printers existing on the market.


Professional 3D Printers

Between $10,000 and $20,000, it’s the price to afford for the professional 3D printers available on the market.

The Object 24 starts at $19,900. Objet’s 3D printers are among the best 3D printers with their high-end accuracy, resolution, and finish. Dimension (with its uPrint series) and 3D Systems are excellent machines as well.

Objet 24 3D Printer closed

Z Corporation, sold at $14,900, proposes the fastest 3D printers available (the ZPrinter 3D prints at 0.8 inches per hour!) and the material cost is pretty cheap ($0.60 per cubic in).

Dimension 3D printers (between $13,900 and $18,900) are a good choice for whom want to produce final and durable products. Even is the material cost is pretty high compared to others, strength, and thickness of assets are a good advantage.

3DSystems, the other giant of 3D printing industries (with Stratasys), is selling its Projet 3D printers between $10,900 and $14,500. 3D Systems offer the only photopolymer with a material cost estimation of $120/lb. These 3D printers are fast and print with a great accuracy, resolution and finish.

The high cost of equipment and poor choice might be a weakness, depending on the kind of projects you are working.


Personal 3D Printers

Prices get cheap fast in the 3D printing market. If you want to experiment with 3D printing but don’t want to spend all your money on it, personal 3D printers might be the solution for you.

Makerbot, Ultimaker, BotMill, Up!, Cubify are all 3D printers below $3,000.

Some sold as kits (it means that you will have to assemble it), some are half-assembled, and others fully assembled.

Usually, the Open Source ones are sold as both kits or assembled the device.

The ones that are not Open Source are ready-to-print.

Depending on the package, it won’t take you the same amount of time to make it work. The documentation will be clear and vigorous or not; the community will be here to help or not.

We advise you to take some time to read the information regarding each of these low-cost 3D printers so that you won’t be disappointed.


The MakerBot’s 3D printer is called the Replicator. It will cost you around $1,000 to $2,000 depending on the version. It’s one of the most advanced Open Source 3D printers available, with the capability of deposing two colors or materials simultaneously. If you adjust the parameters at its best, you can get layers 0,008 to 0,012 thick, which is very good.

Here we show all the different versions available:

MakerBot Replicator+MakerBot Replicator Desktop 3D Printer, 5th Generation, Firmware Version 1.7+MakerBot Replicator Mini+MakerBot Replicator Mini   MakerBot Industries Replicator Desktop 3D Printer - Fifth Generation - MP05825, Standard         MakerBot Replicator Desktop 3D Printer (Certified Refurbished)         MakerBot Replicator 2X Experimental 3D Printer    MakerBot Replicator 2 Desktop 3D PrinterMakerBot Replicator Z18 3D Printer, Firmware Version 1.7+  Makerbot Replicator II Desktop 3D Printer with Makercare Service Plan


Other 3D printers using thermoplastic extruding techniques are Ultimaker, sold as a kit for $1,700 or Bits from Bytes ($1,400 as a kit, $3000 assembled) and BotMill ($1,545 fully assembled), both owned by 3D Systems.

[email protected] and Up! are both a little more expensive and older. The [email protected] 3D printer sells at a price of $2,500 (parts only). Up! (owned by PP3DP) will cost you $2,690 and is sold already assembled.

Fabbster 3D printers no longer develop. Cube by 3D Systems is a fully assembled 3D printer which is not Open Source and sells at the price of $1,299.

If you’re comfortable with building a kit, you will get the best 3D printing results with Makerbot, Ultimaker, Bits from Bytes and BotMill. Even if the 3D printing process is globally slow and the choice of material remains weak (mostly ABS plastics), you will have a lot of fun building the kit and playing with it. After a few weeks of practice, you will be able to 3D print small and medium pieces for all kind of projects.

The RepRap is unique as it’s the mother of all these Open Source 3D printers. It has the particularity of being able to replicate itself by 3D printing its parts. As a result, the price of the RepRap is very variable, depending on the parts you plan on buying, and the parts you plan on having 3D printed by you or the RepRap community. Count around $520 for an entire RepRap Mendel second generation with all the mechanical parts.

On the bottom side of these 3D printers, pricing scale is the super low-cost winners that are Printrbot and MakiBox. They are both Open Source and are among the easier kits to build. Printrbot is almost ready to launch at the price of $499. Makibox, designed by Makible, will be available at $300. These two last ones are fully available on the market, and new ones should launch in the next months.

The 3D printing material can be pretty expensive, depending on the kind of equipment and the amount of powder or filament your 3D printer is using for an average 3D print. We recommend that you take a look at the material cost before to buy your 3D printer.

The low-cost 3D printers are also the cheapest for the 3D printing material. It is usually less than $20/lb. The more expensive 3D printers (3D Systems, Objet,  Dimension) are also the ones with more expensive 3D printing material. Count from $130 to $175 per lb for an Objet 3D printer or a Dimension one. The 3D Systems’ Projet requires a 3D printing material costing $120 per lb.

You can also check other 3D Printers Buying Guides on Google

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3D Printing Guide

3d printing guide

Using a is 3D Printer is a complicated process.
The purpose is to learn how to use a 3D printer.


How to use a 3D printer?


If you want to know how to use a 3D printer by the easiest possible way the read this beginner’s guide.

With this beginner’s guide to 3D printing, we want to introduce you to this world of 3D Printing to discover how amazing can be to print 3D models.

We want you to learn how to use a 3D printer. It will let you learn not only how to assemble and use a 3D printer, but how to scan 3D objects and to create rapid 3D models.

The beginner’s Guide to 3d Printing contains:

What is 3D printing?
Short History of Printing in 3D
Technology in 3D printing
Processes used in 3D printing
Materials for 3D printing
Global Effects of 3D printing
Value and benefits of 3D printing

Are you ready to learn how to use a 3D Printer?

If you feel not, let’s get started it with this beginner’s guide to 3D Printing!


What is 3D printing?



Everybody claims the vast potential to new 3D printers. Everybody says that the fact that everybody could use a 3D printer will be a revolution and, in fact, is a revolution already!. As you can see, thousands of 3D printers entered the market and advertised in social websites, newspapers and, even, television channels.

But, why is this 3D printing technology a revolution? The reason is that it could be the end of traditional manufacturing as we know it. Let us explain it. The reason for these thoughts is the new additive manufacturing and new materials process behind this new technology. And, this is just the key because 3D printing is radically different from actual production methods.

Those new materials for 3D Printing allow builds up parts in layers at the sub-millimeter scale. This fact is just the fundamental difference of new 3d printing from the existing traditional manufacturing techniques. But, why should I want to use a 3D printer and not another process to create a piece?

The good new is that 3D printers are going beyond manufacturing process or industrial prototyping. And, this technology becomes more affordable to small companies or, even, individuals. You can acquire now 3D printers for under $400 due to the scale economies and the increasing production of desktop 3D printers.

New Matter MOD-t 3D Printer

The exponential adoption rate of additive material techniques (also known as 3D printing) continues increasing on all fronts with new applications, materials, services and 3D printing courses (how to use a 3D Printer) for this new technological revolution.

You can be who can write the future of 3D printing, do you want to be part of it? Hurry up because it is a run with a lot of candidates where everybody needs to know to use a 3D printer.

Do you want to learn how to use a 3D printer or do you prefer to miss this incredible opportunity?


Short history of 3D Printing


The most interesting part of the history of 3D printing becomes when Open Source prototypes become affordable for everybody. It is just now and these next years.

Do you already know how to use a 3D printer?

At this point, it is just where we start to learn how to use a 3D printer.

First of all, the starting point of the process is to have a 3D digital model. It can be created using a variety of 3D software programs.

  • 3D CAD software for industry (usually too expensive for particular users and it does not ensure better results)
  • More accessible programs (even free programs like Blender, 3D Canvas, Sketch Up, K 3D, Wings 3D or Maya)
  • 3D scanner or your phone camera to create the digital model.


How do they work? To use a 3D printer we usually want to replicate real objects. So, we need to get a 3D model within the three options we have shown above. Once it is on our computer screen, we would be ready to print it. It is just like when we type a text in our computer; only once we can see it on the screen, so can decide if we want to print it or not.

Then, once you create the 3D model, we should guide the 3D printer to follow printing trajectories. There are a surprising number of different types of 3D printers and different technologies. Not only that but also different materials that depend on the process and the final object desired. All commonly used materials for industrial prototyping or indoor applications are:

  • plastics (PLA, ABS, Nylon, …)
  • metals (aluminum, cobalt derivates, etc.)
  • ceramics (require usual process after printing)
  • a kind of cement mixed with sand (like the mixture used for building houses).

There are a lot of researchers looking for conducting 3D printing for many other kinds of materials such biomaterials, chocolate, flavor, etc.

In any case, plastic is most current used material (like PLA, ABS, etc.). Even that, we could found a huge number of prototypes for 3D printing machines adapted to food and which creations taste excellent.

Image result for 3d printing materials

If you want more information about how to use a 3D printer, visit our 3D Printers Reviews to discover the specifications and availability of the latest 3D Printers.

Now, if you want to know how to use a 3D printer, you would probably know what the most commonly used processes for 3D printing are.


Processes used in 3D Printing



If you want to know to use a 3D printer, you should know what the process you will use in your 3D printer machine is. It depends on the materials, the available technology that you have and the result that you want to obtain.

Pros invented several 3D printing processes. From the beginning of this new technology, the printers were expensive, large and highly limited in what they could produce.

Nowadays, a large number of additive processes are now available. As mentioned above, the main differences between methods depend on the process to deposit layers and the materials that you use to create 3D objects.

Some methods soften or, simply melt, material to produce the layers. For example SLM (selective laser melting), FDM (fused deposition modeling), DMLS (direct metal laser sintering), SLS (selective laser sintering).

Others simply cure liquid materials by using different sophisticated technologies. For example, SLA (stereolithography).


While other only consists of a shape and join different materials such as polymer, paper or metal. It is called LOM (laminated object manufacturing).

As you should guess, each method has its advantages and drawbacks. That is the reason why most companies consequently offer different choices. For example, they let choice between polymer or powder for the material used to build an object. Nevertheless, other companies sometimes use standard processes to produce durable prototypes.

The primary considerations in choosing a machine are four (or maybe five):

  • the cost of the 3D printer
  • speed
  • the cost of the end printed prototypes
  • cost and choice of the materials (uses, colors, etc.)
  • other 3d printing capabilities (optional)

For example, printers that directly work with metals are very expensive. However, depending on what you desire to produce, you can use a less expensive printer to create your mold. And, this frame will be used to make other metal parts by its counter-mold. How we use a 3D Printer depends on of the kind of materials and outputs we will use or need. Melting methods for plastics are very common and have commercial potential. But, other types of processes exist, and we can neglect them.

What process should I take to use a 3D printer? As we have said you above, another factor in deciding what process you should take to use a 3D printer are the desired materials.


Materials for 3D printing


There are available a lot of materials for 3D printing since the early days of the technology. Nowadays, there are a wide variety of different types of materials. Furthermore, they supply in various states (filament, granules, powder, pellets, resin, etc.).

Companies develop a lot of specific materials for specific platforms or applications (for example, safety materials able to disinfect can apply in the sanitary sector). Then, material selection becomes more precise since their properties for different applications.

There are too many proprietary materials from the many different 3D printers to cover them all in this post. Instead, we are going to look at the most used types of content in a generic way.

To use a 3D printer, what the materials could use? We hope you have learned that it depends on of the 3D printing technology that you have in your hands.

Well, at this point of this introduction you should have already a rough idea about how to use a 3D printer. We could observe now the global implications and how to use a 3D printer for many different applications.



We could differentiate two main used plastics in the world of 3D printers for particulars or small enterprises (even if large businesses commonly uses both also), the PLS (Polymer Layered Silicate) and ABS (Acrylonitrile Butadiene Styrene).

ABS is the another common plastic used for 3D printing. It is a stronger than PLA plastic, and it comes in a wide range of colors.

The entry-level FDM ( 3D printers use the filament form widely. In fact, you can buy it in filament form from a huge number of non-proprietary sources. That thing is one of the reasons because ABS is so popular.

PLA is another commonly plastic used with 3D printing. The main reason because it has gained traction with 3D printing is that it is a bio-degradable material.

It is offered in a transparent color or in a vaster variety of colors depending on what useful will be for your 3D printing applications. You can use it in resin form for DLP/SL processes or in filament form for the FDM process.

PLA is not as durable or, as flexible as ABS.

With the fused deposition modeling (FDM) process, Polypeptide (PLS) (or even Nylon) comes in the form of powder. Nevertheless, with the sintering process, people commonly use the filament form.

PLS is a strong, durable but also flexible plastic material that has proved reliable for 3D printing. Unpigmented, it is white, but it can be easily colored re-printing (although it could also complete a post-printing). One of the options by using PLS is to combine it (in powder format) with powdered aluminum to get another commonly used 3D printing material for sintering, called ‘Alumide.’

There are other plastics to use a 3D printer like Lay Wood, a unique material developed for entry-level extrusion 3D learners. Lay Wood is a wood/polymer composite (WPC), and it also comes in filament form.


Metals for 3D printing


It is indeed a fact that 3D technology brought innovations and improvement to different industries around the world. Many people have the fun of using the 3D printing technology. Through the utilization of the said printing technology many projects, objects and other inventions became more appealing and attractive to the eyes of many people. The use of the 3D technology also became a general improvement in many sectors and industries.

Do you love some new and useful metal 3D curved? If you want things like that, then you must know that such things became possible and available to many people because of the use of the 3D metal printing technology. 3D printed metal products are part of the fashion trend and other business industries.

The technology using the 3D printing is getting more fascinating and advance. Today, 3D metal printing is part of the trend used by many people. The materials usually use for 3D metal printing are increasing from time to time in agreement with the purpose of creating 3D metal printed objects. The standard input materials for metal printing are stainless steel, Titanium, Aluminum and other types of metals. The metal prints can classify into four different surfaces such as Satin, High Gloss, Matte finish and Sheer. It is such a very impressive and stunning metal prints that the 3D metal printing technology can offer for many people.

3D metal prints may represent the new art medium that can be used to preserve photos by infusing dyes directly into an individual coated aluminum sheets. Yes, it is right through the utilization of the 3D technology you can now keep some of your photos by printing it to some metals components.  3D technology substantially made a blast to many industries and brought innovation to the life of many people. Here are some of the 3D metal products and functions of the 3D metal printing that became possible and available for many people:

  1. Medical equipment such as prosthetics. Such medical materials and products are being created and produced using the 3D metal printing. 3D metal printing technology is a very useful and practical aid to many people who need prosthetics materials.
  2. 3D metal printing technology is also an important factor in the industry of Automotive. Some parts of a vehicle need to have 3D metal curved to be able to achieve the desired design.

Here some of the reasons why 3D metal printing is right for many people.

  • Durability of the product
  • You can personalize it
  • The object can be more eye appealing
  • Luminosity to your photos and other objects
  • Availability of the broad range in  different shapes
  • The object can be a magnificent decoration for the house

The 3D metal printing technology brought innovation to the life of many people. As the time passes by, the demand of the voters to these 3D metal printed products are increasing day by day. To meet such requirements and needs, there are many companies that are now using such techniques and strategies to be able to provide high-quality 3D metal printed products for many people.

Industrial grade 3D printing uses a high number of metal composites, and different types of metals. What is the most common? They could be the cobalt derivatives or the aluminum because of its high ductility.

On the other hand, we could find other stronger metals used for 3D printing like Stainless Steel. Because of the melting, EBM or sintering processes in the form of powder. Its color is like dark-silver, even if it could be plated with other materials to get a bronze or gold effect.

If you are thinking about how to use a 3D printer in jewelry, we are sure you think why not to use Silver and Gold. In fact, they have also used those in powder form. And, as you should know, these are both very conductive and durable materials.

Probably, the best option to use a 3D printer in industrial applications is Titanium. The reason is that is less expensive, and it is also unyielding.


Ceramics for 3D printing

Ceramics are one of the latest groups of materials that can be used to use a 3D printer, but not all of them have the same level of success.

The particular problem to this materials have is that, once 3D printing completes, the ceramic pieces need to follow the same processes as any real ceramic piece in the traditional methods of production. So, in the end, it causes the same elevated costs by firing and glazing.


Papers for 3D printing

We could differentiate two main used plastics in the world of 3D printers for particulars or small enterprises (even if large firms commonly uses both also), the PLS (Polymer Layered Silicate) and ABS (Acrylonitrile Butadiene Styrene).


Biomaterials for 3D printing

There is a massive investment in research to get 3D printing biomaterials for medical applications. We are sure you have already seen on television a lot of living tissue successes on experiments. In fact, a huge number of institutions are working hard in this kind of techniques. Some of nearest applications include external prosthesis for replace body parts or printing human organs.


Food for 3D printing

Now is the moment to speak about food because many experiments have been done to get print different food substances like chocolate or sugar. But not only that, one are of research is focused on developing lab-meat without killing any animal (good news for vegetarians!). As you should guess, these hamburgers should be printed at the end the process beautiful enough to be sold and eaten.

Do you imagine to use a 3D printer machine to produce our finely balanced whole meals?


Other materials for 3D printing (Stratasys case)

To finish up with materials, Stratasys offers a unique (proprietary) component to their 3D-printing system. Furthermore, with its standard Objet-3D-printing materials, you can combine them during the printing process (various specified concentrations) to get new 3D printing materials with the desired properties to your pieces. It is great because it comes up to 140 different Digital-Materials from combining the existing primary materials in many different ways.


Global Effects of 3D Printing


The truth is that 3D printing is having an extraordinary effect on the way that you manufacture products. This technology permits new ways of thinking. It has universally favorable results in the society, the economics and, even, the environment.

Now that you have a rough idea about how to use a 3D printer, we could see the global impact that 3D printers are producing in our society.


Industrial effects of 3D printers


We think that the key success factor of 3D printing technology is the closer that it is to the end consumer. It reduces the current supply chain restrictions and increases the product customizations which mean enhance the quality of the goods.

But it has not only advantages for final users, but 3D printers also allow to create small production batches in industry. It helps to offer products on demand, and it could be a way to engage your customers, reduce inventories and stocks.

Conventional goods or spare parts coming from one part of the world could become obsolete. It could be a significant impact in all our companies.

Our objective is to aim people to operate their 3D printer at home just like everyone does with a computer. We want that everybody knows how to use a 3D printer.

Nowadays, we have communities of users designing any (customizable) product. If you are not sure how to create your our 3D models, we can create whatever you desire or only write us to any consultancy. In any case, there are tons of information you can found on Internet, even millions of 3D models able to be printed. You can print it demand or download it to print it with your 3D printer as you desire.

In fact, the adoption of 3D printing could cause a reinvention of some already invented products. It means a bigger number of entirely new products.

Currently, we can create impossible geometries and shapes with a 3D printer. We think that the journey has only just begun. We believe that know how to use a 3D printer will become one of the always required skills not only for an industrial engineer but anybody. 3D printing has very great potential to inject innovation and growth to bring back local manufacturing.

Once we know what could be the global effect of 3D printing, even if it is not extremely necessary to learn how to use a 3D printer, we could mention what the benefits of this technology are.


Benefits of 3D Printing

Everybody speaks grandiosely about 3D printing but, usually, they do not explain why this technology is amazing. We would like being clear on affirmations. So, we want to tell you why we believe in this technology and let you discover how amazing it is by yourself.

In our opinion, the main four reasons because of 3D printing are better than other production techniques are:

  • High level of customization
  • Low level of the entry barrier
  • Reduction of the level of complexity
  • Environmentally friendly (sustainability)

This point is not necessary to know how to use a 3D printer.

In any case, 3D printing brings a bunch of benefits that other traditional methods of manufacture simply cannot; whether at a technical, personal or local level.

Once we have learned what the benefits of 3D printing are, even if it is not extremely essential to get to use a 3D printer, we could observe what its applications are.




Imagine you want to use a 3d printer but what can I create? Here, you will found the last 3D printer applications. With this post, you can get business ideas to open your new venture or simply to push your creativity:

This part is the end of our Beginner’s Guide to 3D printing. We hope you’ve liked it. What can I do now?


Go directly to get a 3D printer at the lowest price in the market but, be careful of the 3d printer quality.

Or, if you have already a 3D printer, you can learn much more 3D printing techniques in our courses.

We hope you like this guide.

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XYZprinting Da Vinci 3D Scanner Review

In the XYZprinting Da Vinci 3D Scanner Review, we review different aspects of the DaVinci XYZ 3D printer. We make a brief introduction of the company who created the model and then review basic features and details. We end with our main conclusion.


Introduction DaVinci XYZ Company

XYZprinting Company

XYZprinting company which is a comparatively new company, founded in 2013, but has already cleared several 3D printers to the public. They are devoted to creating cost-effective outcomes to the consumer market and businesses global.

They have gathered on user knowledge with every product they have produced to the market. Their focus on discovery has put them in a good position to face in the 3D printer market.

Kinpo Group Support

The support of Kinpo Group, a world advance complex in electronic production, gives XYZprinting access to thousands of engineers in four continents for analysis and advancement.

Kinpo Group has been improving and inventing printers for commercial and private use for more than a decade. The Company also gained the CES 2014 Editors’ Choice Honor for their first reaction of the da Vinci 3D printer.


XYZprinting Da Vinci 3D Scanner Review

DaVinci XYZ

DaVinci XYZ

The DaVinci XYZ 3D printer is a fabulous user-friendly and affordable 3D printer. Those individuals engaged in a desktop 3D printer should examine XYZprinting’s brand-new variant of the Da Vinci 3D printer.

That da Vinci 1.0 AiO is a legitimate option for 3D printing enthusiasts that are affected in a different user-friendly sense. It is relatively economical and combines a 3D scanner. The scanning program is placed below the publication platform and can scan objects at best size of 6 x 6 x 6 inches.

3D Scanner Bundle

DaVinci XYZ

The scanner is remarkably good for consumers without 3D modeling skills. In general, every DaVinci XYZ 3D printer enthusiast needs a 3D Scanner. The DaVinci XYZ 3D printer comes modeled and accurately calibrated out of the box. There is a lot of filling material, so be prepared to spend some time separating the tape and casting zip ties.

If anything appears to the DaVinci XYZ 3D printer during unpacking, there is an opportunity to calibrate the DaVinci XYZ manually. The AiO is a somewhat large printer for an individual extruder (18.4 x 20.1 x 22 inches). The printer reaches with an ABS filament cartridge for the user’s first print.

DaVinci XYZ 3D Scanner Details


That Da Vinci 1.0 AiO is not delicate: The big plastic cover of the printer/scanner sequence measures a sizeable 18.5 x 20 x 22 inches (47 x 51 x 56 cm), so it would consider up a massive lump of your desk. It is heavy, as well: At a hefty 60 pounds, it’s not something you are going to be moving it approximately much.


This big, boxy design does indicate that the complete printing and scanning assembly is enclosed, though, so it is less prone to gathering dirt or having prints fail in a drafty room. Also, the hot parts are beyond casual range.

Clear Plastic Door

The clear plastic door on the front of this case opens to render way to the printing and scanning range, and a door on top is for adjusting the filament cartridges. Magnets hold the door closed, but it doesn’t lock. And reopening the door does not pause the print, so the da Vinci isn’t suitable for use by unsupervised teenagers.

LCD Controls

A LED light inside the case illustrated the printing and scanning area but had the disturbing habit of turning off after a several of minutes. You have to press the OK button on the powers to turn the light back on. These controls are a group of six buttons above the door, and a four-line LCD for the print status and the menu.


This printer designs for stand-alone use. You have to store the 3D print file or save the 3D scan through the combined software from a USB-tethered computer as there is no SD card slot.


DaVinci XYZ

The da Vinci 1.0 AiO wants the same ABS filament cartridge design as XYZ’s previous models. At the cost of about $28 for a 600-gram cartridge, the thread operates out to approximately $45 per kilogram; that is on the high side.

Generic filament sells for between $25 and $45 a kilo online. The XYZ printing filament is ready in 13 colors — a good range. You can’t use other elements such as PLA or the flexible plastics that many other printers help.

Print Bed

The hot glass print bed can hold objects up to 7.8 x 7.8 x 7.5 inches, for an entirety of 456 cubic inches. That puts it on a par with the greatest print size of the contemporary MakerBot Replicator, which offers 455 cubic inches.

Prints had virtually no predicaments sticking to this heated bed. The models can adhere to the print bed, but this is very rare. XYZ does combine a UHU glue stick, to help prints adhere to the bed, but usually, it is not necessary.


When you inaugurate the included XYZscan software, the print bed is raised out of the way so you can place the thing on the scanner’s turntable.

When it is available, the program twists the turntable and zaps the object with two red laser arrays (one to the side of the purpose and one slightly above it). A camera next to each laser identifies the reflected light, and the program then uses this information to create the scanned model.

Setup: Plug & Print

The da Vinci 1.0 AiO is simplistic to use and doesn’t require any setup or tweaking. You will be able to prepare the box and begin the first print in about 25 minutes. Most of this time is spent unwrapping the device. Unlike with most competing printers, you do not need to calibrate the printer or level the print bed. Those two important factors come already tested and calibrated.

Printing Quality: Acceptable

DaVinci XYZ

The condition of the da Vinci 1.0 AiO’s prints is excellent. The 3D Prints have clean edges and a large amount of detail. There is some definite layering on some coverings, such as the back of the Thinker sculpture. The DaVinci XYZ 3D printer also delivers a lot of plastic whiskers, made from small volumes of molten plastic that is still appended to the printhead as it moves. They are easily clipped off, but still, decrease the regularity of the print.

The DaVinci XYZ 3D printer also delivers a lot of plastic whiskers, made from small volumes of molten plastic that is still appended to the printhead as it moves. They are easily clipped off, but still, decrease the regularity of the print.


The da Vinci 1.0 AiO grapes with the geometric carving print. This copy comprises creating a lot of thin, angled surfaces and sharp edges, and many came out broken or only partly completed. To be fair, maximum filament 3D printers grapple with this, as it is a very sophisticated design to print, and the da Vinci wasn’t much critical than other 3D printers of the same type, such as the Printrbot Simple.


The final 3D print outcomes as a set of 3D gears that fit collectively to form a restless gear mechanism. Some of the smaller parts can be somewhat undeveloped and a little difficult to separate from the shielding material. However, after a small quantity of cleaning, you will be able to fit the mechanism together, and all of the gears will turn as expected.


  • Speedy scan algorithm takes less than 5 minutes to deliver a 3D scan with a mechanical grade resolution.
  • Asymmetric Laser Sensors Technology work mutually with the turntable to ensure a complete scan.
  • 3D prints entirely concluded with no assembly demanded.
  • Printing space enclosure defends users from the high temperatures required to 3D print.
  • Simplistic to use scan software uses smart-fix technology to intensify a 3D scan.
  • Access to the XYZWorld society which features a 3D Cloud Library with millenary of easy-to-use, downloadable designs ready for you to print. Upload and share your own ideas with the association.
  • Filament cartridges are cassette formed which makes them easy to load.
  • Cheap thread alert lets you know when you need to replace filament cartridges.

Other Features

  • Build volume 7.8 x 7.8 x 7.8 inch, which is 15 to 75% larger than what others in its class can print.
  • Plug-and-Play Printer.
  • With easy-to-install filament cartridges, users can quickly refill the printer.
  • Da Vinci’s all enclosed design protects users from the high temperatures required to print.
  • Smart Platform Auto Calibration. XYZWare EZ Mode making it easy to use for non-experienced users.
  • 3D Design+ Cloud – A service platform makes your 3D creative come true.
  • Price less than $500 – The DaVinci XYZ is the most affordable 3D printer of its capacity on the market.
  • One-Year Limited Warranty: XYZprinting provides one-year limited warranty after product registration on XYZprinting website. For technical support, you can contact leaving a message on the support page of the official site.

Specifications & System Requirements

  • The method of Fabrication is FFF (Fused Filament Fabrication).
  • Optimum Build Volume (weight x height x depth): 7.8 x 7.8 x 7.8 inch (20 x 20 x 20cm).
  • Printing Definition: Fine (100 microns), Standard (200 microns), Speed (300 microns), Ultra Fast (400 microns).
  • Print Head: Single Nozzle.
  • Nozzle Diameter: 0.4mm.
  • Print Rate: 150mm/sec.
  • Filament Diameter: 1.75mm.
  • Print Material: ABS and PLA.
  • File Format Type: STL (universal) and XYZ (proprietary).
  • Panel Type: 4 x16 LCM.
  • Language: Japanese and English.
  • Connection: USB 2.0 Cable.

OS Support

  • Windows OS XP (.net 4.0 is required).
  • Windows OS 7 or above (for Personal Computer).
  • Mac Osx 10.8 / 64-bit above (for Mac).

Hardware Requirements

  • X86 32/64-bit compatible PCs with 2GB+ DRAM (for PC).
  • X86 64-bit compatible Macs with 2GB+ DRAM (for Mac).

Scanning Quality: Unexpected

DaVinci XYZ

The possibility to put an object into the 3D scanner and output a 3D-printed replica appears like science fantasy. Predestinated, the DaVinci XYZ does this extraordinary process in the blink of an eye. You will see that the 3D scanner part of this device is finicky and difficult to use and that it produces somewhat lower outcomes.

XYZscan precision

XYZprinting confirms that the object to scan should not be less than two cubic inches in volume. That point is because the scanner doesn’t distinguish unessential details. XYZ says that the tiniest resolution it can scan at is 0.5mm. Nevertheless, in practice, you will observe much larger details.

We found that if you try scanning a stumblingly 2-inch-high figurine of a man whose face is flanked by greenery, the resulting scan can take some of the details but will miss many others. For example, it can blow the leaves around one side of his face.

Some incapacities

The 3D scanner strives with many of the objects you can scan. It can fail with objects that are transparent, contemplative or dark. That is because those objects alter the light reflection that it uses to identify the object edges. Sometimes these objects won’t appear in the final scan or will half appear as odd bits.

While there is an incapacity to scan glass objects, the obstacle with studying dark objects is extraordinary. You can even scan a black digital camera flopping. This matte-black camera can do the scan, but the 3D model will be very glitchy, with scattered outsides and parts.

Positive results

You will get positive results with simple, clean objects with smooth curves rather than hard edges, like a tea cup or a mug. As long as these items are not exceedingly sparkling, the scans will complete well.

Those results are great when contrasted to scanners like that Cubify Sense 3D or the MakerBot Digitizer that do an excellent job as well. Some of those systems also offer more complicated editing tools that help provide cleaner, more reliable models.

Bottom Line: Decent Printing, But Poor Scanning

This XYZprinting Da Vinci 3D Scanner Review makes clear that this DaVinci XYZ is a great combination of a superb 3D Printer and a great 3D scanner. The DaVinci XYZ produces decent quality 3D prints of most things and handles easily accurate details or complex objects.