CubePro vs Da Vinci 3D Printer 3D printer comparison

CubePro vs Da Vinci 3D Printer: 17 facts in comparison

The printer will automatically build extra structures to support the item as it is printing. The extra support can then be easily removed.

The device is set up and ready to be used with the included software.

The 1.75mm filament diameter is gradually overtaking the previous 3mm standard. The 1.75mm filament feeds into the printer with greater ease and allows for more detail in the printing process.

A heated build platform helps keep the lowest levels of a print warm as the higher layers are printed. This allows the overall print to cool more evenly.

6. Uses fused deposition modeling (FDM)

Printers based on fused deposition modeling (FDM) use a thermoplastic filament, which is heated to its melting point and then extruded through a nozzle, layer by layer, to create the object. One of the main advantages of printers based on FDM is that they work with a wide range of materials.

EnvisionTEC Perfactory Micro: 230mm

More extruder heads allow you to use different colors and different types of material at the same time. A second extruder is also required to build PVA/PLA support structures around items as they are printed.

The speed at which 3d objects are printed, measured in millimeters per second.

Polylactic acid (PLA) is popular in 3D printing as it cools and sets quickly. Unlike ABS plastic, it is biodegradable and therefore better for the environment. It can be used to build support structures for other printouts, as it can then be dissolved leaving no marks.

As the product arrives fully assembled, you do not have to build it from a kit.

The printer prints in ABS (acrylonitrile butadiene styrene). This is up to 30 times stronger than regular plastic and is commonly used in 3D printing.

16. Has an automatic platform calibrator

This feature saves time and effort in terms of maintenance, however the build platform itself still needs to be manually levelled.

This is the biggest size of object that you can print.

Bits from Bytes RapMan Education: 490 x 500 x 850

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Printer Guides Reviews Multi-Function Inkjet Laser Printer Reviews Ratings Help Tips

A printer is a peripheral device that offers tremendous output capabilities to your computer environment, and now with improvements in technology, such devices can combine print management, copying, scanning and fax facilities too. With the growing demand for faster, sharper, more reliable print quality and quantity, manufacturers such as HP, Canon, Lexmark and Brother continually strive to outdo one another by launching printer models that offer superior image projection, reliability and speed. Looking at the latest and greatest models of Inkjet, Laser and All-In-One printing from the past and present, in this topic we aim to enlighten and inform, while offering a wealth of tips and helpful guides to troubleshoot printer problems.

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Da Vinci 3D Printer vs Monoprice 3D printer comparison

Da Vinci 3D Printer vs Monoprice: 20 facts in comparison

The printer will automatically build extra structures to support the item as it is printing. The extra support can then be easily removed.

The device has a standard memory slot (such as an SD or micro SD card slot) so that you can either extend the internal storage with affordable memory modules or you can retrieve data, such as photographs, easily from a memory card.

The 1.75mm filament diameter is gradually overtaking the previous 3mm standard. The 1.75mm filament feeds into the printer with greater ease and allows for more detail in the printing process.

The device is set up and ready to be used with the included software.

5. Uses fused deposition modeling (FDM)

Printers based on fused deposition modeling (FDM) use a thermoplastic filament, which is heated to its melting point and then extruded through a nozzle, layer by layer, to create the object. One of the main advantages of printers based on FDM is that they work with a wide range of materials.

A heated build platform helps keep the lowest levels of a print warm as the higher layers are printed. This allows the overall print to cool more evenly.

EnvisionTEC Perfactory Micro: 230mm

The smaller the nozzle, the more detailed the final product can be. However, when speed of printing is of greater importance than detail, a larger nozzle may be preferable.

12. Has an automatic platform calibrator

This feature saves time and effort in terms of maintenance, however the build platform itself still needs to be manually levelled.

The printer prints in ABS (acrylonitrile butadiene styrene). This is up to 30 times stronger than regular plastic and is commonly used in 3D printing.

More extruder heads allow you to use different colors and different types of material at the same time. A second extruder is also required to build PVA/PLA support structures around items as they are printed.

This is the biggest size of object that you can print.

Bits from Bytes RapMan Education: 490 x 500 x 850

With more USB ports, you are able to connect more devices.

Polylactic acid (PLA) is popular in 3D printing as it cools and sets quickly. Unlike ABS plastic, it is biodegradable and therefore better for the environment. It can be used to build support structures for other printouts, as it can then be dissolved leaving no marks.

Polyvinyl Acetate is another form of plastic used in 3d printing similar to ABS. It can be used to build support structures for other prints, as it can then be dissolved leaving no marks.

As the product arrives fully assembled, you do not have to build it from a kit.

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3D Printer Nozzle Comparison Guide

Swapping your 3D printers nozzle is one of the easiest upgrades that can be done. Find the right nozzles to add to your collection for your next project as well as how to change a nozzle on your 3D printer.

Nozzles are the last physical item in your printer to touch the filament before it becomes your 3D printed part, so its important to understand how they work if you want to take full advantage of the possibilities afforded by the different types.

Left to Right: Hardened Steel, Stainless Steel, and Brass

Generally speaking, nozzles are classified in the following ways:

The industry leader forqualityhotendsis E3D, which is why we recommend and sell their products to our customers as an upgrade or as a replacement for a failing stock hotend. Often imitated, seldom duplicated, the E3D machine shop does a better job than anyone else at creating high-quality parts that work reliably. For this reason, most of the nozzles we sell are E3D, though it is important to note that more printers are being designed, if not with an E3D hot end, with threading that allows for installation of E3D nozzles.

TheOlsson Block upgrade to the Ultimaker 2+is a good example of this; the 2 had a unique hotend design with the nozzle and heat block as one part, and nozzle replacement required disassembly of the entire hotend. With the Olsson Block upgrade, the block is separate from the nozzle and has threading that iscompatible with E3D nozzles.

E3D nozzles are compatible with many printers stock hotends, including those of the following:

Nozzles are made from a variety of metals, and you should select a nozzle made from the type of metal that matches the type of filament you want to print with. The main reason for this is fairly simple: some filaments are abrasive and will wear down certain types of metal.

Here is a list of the common metals used to make nozzles:

Brass – The most common metal used for nozzles, brass can be used to printPLAABSPETGNylonTPETPUPC, and most any other non-abrasive materials.

Stainless steel- A step above brass, nozzles made from stainless steel are good if you want to print a wide range of types of filament, including abrasives.

Hardened steel- If you want to print nothing but abrasive materials, like our NylonX or ColorFabb bronzeFill for example, hardened steel nozzles are what you want.

Specialty materials- Other materials, like Tungsten andRuby, have been used to make harder nozzles that can stand up to constant abrasion. These are for printing exclusively abrasive materials, and typically cost more than the other options.

TheOlsson Rubynozzle is actually tipped with a real ruby

Nozzles come in lots of different shapes and sizes, but they all perform the same function. The smallest nozzles (at least that are commercially available) are 0.15mm — good for very intricate prints, though they can be difficult to calibrate and use.

On the other end of the spectrum, larger nozzles (again, of those commercially available) range up to 1.2mm. These allow for quicker, larger prints, generally speaking.

So why would you want to have more than one nozzle? Though you can probably make do with the standard 0.4mm nozzle, there are a few reasons you might want to have more than one extra on hand:

You want to print a model quickly, so you use a bigger nozzle

Your current nozzle gets clogged, and you need to replace it

You want fine details, so you use a smaller nozzle

The E3D Nozzle Fun Pack – collect a variety of different sized nozzles

Heat the hot end to printing temperature, or at least 200C.Failure to heat the hot end before changing the nozzle is the most common reason for a broken nozzle.

Use a tool like an adjustable wrench or channel locks to steady the heat block, while you use a socket wrench to turn the nozzle. (E3D nozzles are 7mm, for reference)

Make sure the hot end is still hot when installing the new nozzle.

We hope that this will help you find the right nozzle for all your projects – happy printing!

Customer Reviews

Here are a list of what our customers has to say about the products they have purchased and the service they have received from the 3D Printer Superstore!

We are Australias leading one stop shop for 3D printers. Our philosophy is simple- keep it simple! Our aim is to demystify 3D technology and make it easy for people to use and understand. Our Products are awesome! We only stock the best quality low cost products available. All our 3D printers are out of the box solutions that include everything you need to start making your own printed parts. So come and join us in the 3D Revolution!

Find out about the latest news in 3d printing, newest products, events and demonstrations. We promise to only send you good things!

3D Printer Filament Comparison Guide

Printing temperature: 190 220 C

Bed temperature: Not required (40 60 C for bigger parts)

Bed adhesion: Blue painters tape, Glue stick,Magigooor others

PLA (Polylactic Acid) is a material for the FFF (also known as FDM) 3D printing technology. PLA is a bioplastic, made from renewable natural resources such as corn starch and tapioca products. PLA is easily biodegradable by composing. It is the best material for printing large parts. That is possible thanks to its very low thermal expansion. For more information on PLA seeWikipedia

Printing of large parts is much easier with almost no warping

Printing temperature: 220 235 C

Bed adhesion: Blue painters tape with layer of glue stick,Magigooor others

ABS (Acrylonitrile butadiene styrene) is a very strong and versatile material with great thermal resistance. It is the best material for printing mechanical parts. For example ABS is the material used to make LEGO. For more information on ABS seeWikipedia

Parts can withstand temperatures of up to 80 C without loosing strength

Parts can be vapor smoothed for greater strength and better surface finish

Printing temperature: 255 275 C

Bed adhesion: Blue painters tape, Glue stick,Magigooor others

CPE (Co-Polyester) is a very strong and versatile material with great thermal resistance and chemical resistance. It is the great material for printing mechanical parts. CPE is great for printing large object, because it has almost no warping. For more information on CPE seeWikipedia.

Parts can withstand temperatures of up to 80 C without loosing strength

Printing temperature: 250 235 C

Bed adhesion: Blue painters tape with layer of glue stick,Magigooor others

ASA (Acrylic styrene acrylonitrile) is a UV resistant material with great thermal resistance. ASA Extrafill is an advanced material with excellent weather resistance, retention of physical features, good dimensional stability and higher rigidity than ABS. Low level of yellowing is very important for functional applications with long-term use. To learn more about ASA seeWikipedia.

Parts can withstand temperatures of up to 80 C without loosing strength

High UV resistance, low level of yellowing

Parts can bevapor smoothedfor greater strength and better surface finish

Printing temperature: 200 220 C

Bed adhesion: Thin layer of glue stick,Magigooor others

Flexible TPU (Thermoplastic polyurethane) based filament, is combining high elasticity while maintaining incredible structure and the strength to withstand the toughest work environments. Incredible layer to layer bonding, excellent resistance to wear and tear, and ease of use make this filament a great choice for everyday use. TPU aka Thermoplastic polyurethane is a class of polyurethane plastics with great properties, like resistance to oil, grease, UV resistance and abrasion. To learn more about TPU seeWikipedia.

Resistance to oil, grease, UV resistance and abrasion

Faster printing speed and retraction

Printing temperature: 170 190 C

Bed temperature: Not required (40 60 C for bigger parts)

Bed adhesion: Thin layer of glue stick,Magigooor others

Timberfill is wood-like 3D printer materials that give 3D printed objects the look and feel of real wood. They imbue parts with other wood-like attributes, such as the ability be stained, cut, painted, and sanded. Timberfill is made of a biodegradable wood material. The material exhibits similar mechanical features as PLA and models printed with this material have a genuine appearance of real wood.

Timberfill looks and feels similar to actual wood with printing properties of PLA

Different extruder temperatures produce different colors; the hotter, the darker

Printing temperature: 235 250 C

Bed adhesion: PVA based glue stick,Magigooor others

Nylon (Polyamide) series filament provides excellent durability, layer-to-layer bonding, less warping and nice finish. The Nylon FX256 is an incredibly strong material and its low friction coefficient and high melting temperature make it an excellent choice for 3D printing. These features and low printing temperature make the Nylon FX256 the most highly versatile filament on the market. ood.

Provides flexibility and strength for highly functional parts

Printing temperature: 240 260 C

Bed adhesion: PVA based glue stick,Magigooor others

Nylon Carbon Fiber is a reinforced nylon material with added micro carbon fibers, Nylon Carbon Fiber is an engineering grade filament, designed for desktop 3D printing. Its high impact and chemical resistance, as well as high tensile strength and perfect processing stability make this filament capable of printing engineering parts.

Excellent low or high temperature resistance (low thermal expansion) great for functional parts

Printing temperature: 245 250 C

Bed adhesion: Kaptone tape or others

HIPS (High Impact Polystyrene) and is very similar to ABS, such as high rigidity and impact resistance. The primary difference is that HIPS uses D-Limonene as a solvent. This means that you can use HIPS as a support material which can then easily be dissolved by placing your print in D-Limonene.

Best 3D printer support material for ABS because of similar printing temperatures

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5 Interesting 3D

In this post, Community MemberBrett Turnage (creator of many popular OpenRC designs)and Pinshape team member Zachary Frew, share their experiences with many of the most popular controller boards on the market today. Follow along to learn which is best for you!

Controller boards are the brains of your 3D printer, powering everything from your motors to your hotend. The processing power of your controller board can play a large role in how detailed your prints come out, especially for non-cartesian machines like delta printers.

The board market is quickly expanding to accommodate things like more motors, faster processors, and wifi capabilities. In this post, well be going through some of the most popular and powerful boards on the market today.

The Arduino Mega 2560 and RAMPS have retained their position as one of the top solutions for 3D printing controller boards several years after their creation. The Arduino Mega 2560 handles all of the computation and interfaces with a RAMPS board that does power handling and IO for each of the components like stepper motors and hotends.

The Mega 2560 and RAMPS combination is a barebone solution that requires you to purchase additional stepper drivers that attach to the board. The Mega 2560 uses an 8 bit Atmega processor that can be insufficient for machines requiring additional power like those using dual extrusion or a delta configuration.

The Mega 2560 and RAMPS combination have continued to lead the market because of their low-cost and highly developed software. Clones of the Mega 2560 and RAMPS can cost as little as $10 each, and authentic boards are unlikely to set you back more than $30. Marlin is the software of choice for integrating with the Mega 2560 and has matured through several years of active development.

The consumer and hobbyist 3D printer market expanded rapidly with the introduction of two electronics boards; the Arduino Mega 2560 and RAMPS. Rambo, consolidates the two boards into one and integrates all of the necessary components for printing.

Mini Rambo Board Image Source:Prusa Research

A4988 stepper drivers are included onboard whereas they were required add-ons for RAMPS setups. Rambo boards come at a higher price point compared to the Mega 2560 and RAMPS combination but come with a number of advantages including improved power handling and expanded IO. Today, theyre used in some of the most popular printers on the market including the Prusa i3 MK II.

The smoothieboard was among the first 32 bit controller boards to hit the market. This is especially important as 8 bit boards can run into trouble keeping up with the complex computations required for delta geometries or dual extrusion.

Smoothieboard X3 Image Source:Uberclock

Like the Rambo, Smoothieboard has all of the necessary components onboard including A4982 stepper drivers that support 1/16 microstepping. Smoothieboard comes in a number of different configurations, 3x, 4x, and 5x, that delegate how many stepper motors the board can support. Uberclock is the primary North American supplier for Smoothieboards and they can run between $100 and $170 depending on the configuration.

One of the most notable features of the smoothieboard is the use of Smoothieware Firmware as compared to the Marlin or Repetier firmware thats standard for many of the other boards on the market. Many find Smoothieware to be easier to configure, though its a younger firmware that lacks much of the development time and many of the safety features compared to Marlin or Repetier.

Pancuatt devices manufactures two Azteeg boards, the x3 which uses an 8 bit Atmega processor, and x5 which uses a 32 bit ARM processor. Well focus on the Azteeg x3 which includes 4 SureStepr SD8825 onboard capable of up to 1/128 microstepping, and a beefy heatsink to ensure that the components remain cool.

Azteeg x5 Mini Image Source:Pancuatt Devices

The x3 has 4 slots to accommodate additional stepper drivers and can support up to 8 motors in total. The x3 is sure to impress with fully anodized parts and a well thought out board layout and runs $110 from Pancuatt Devices making it competitive with other popular options.

The Duet is quickly becoming one of the most popular boards on the market with a 32 bit processor and the capacity for an impressive 1/256 microstepping. It evolved from an earlier popular combination of a RADDS board atop an Arduino Due. The Duet consolidates the two separate boards into a single cohesive component.

The duet supports up to 5 extruders and works seamlessly with delta and dual extrusion setups. It runs RepRap firmware and allows for all of the printer configuration process to be done through a web interface which contrasts with other firmwares that require compilation and direct flashing of the board.

The combination of a 32 bit processor and up to 1/256 microstepping makes this board a top choice for those looking to maximize their print quality. This makes the Duet one of the pricier options at $160 for the wifi version from Filastruder.

Which board you should go with comes down to the specific needs of your machine. Single extruder cartesian machines often run perfectly well with an 8 bit board and a RAMPS + Arduino Mega 2560 is perfectly suitable on a budget.

For more processor intensive machines like those using multi-extrusion or delta geometries, a 32 bit board can be necessary to produce optimal results. Now that youre familiar with some of the most popular boards on the market,get a high-level overview of the most popular 3D printing technologies.

Pinshape is a 3D printing community and marketplace where makers from all over the world can find and share their next great 3D print and help each other get the best results from their 3D printers.

Would you consider adding photos of the prints you got with these boards (as well as the same objects printed with older boards), so we can actually see the improvements in print quality that you mention?

I mean, certainly the boards themselves are nice to look at, but thats not really as important as the end results they produce, is it?

We reached out to our guest author, and we got his response! In short, he didnt first test out the boards with a guide in mind, and didnt document which part was printed with which board, and he doesnt want to mislabel any of the prints!

We would be open to doing another article where we show picture comparisons in the future and thanks for feedback!

The problem that I have with the pictures, which maybe needs to be said is that I did not buy the boards with a comparison test in mind. The comparison happened simply because I kept going through boards, so it was an expensive month, but because of that I dont know which prints are which, and it would not be fair to the manufactures to attribute particular prints to a particular board if I have any doubts which boards or firmware was used to create x part. I think the best thing is to use my article as a buyers guide. I would refer them to look up user groups and check the prints that people are posting. I really wish I could show pictures, but it would not be fair.

Wow, this is some serious learning for me! A bit out of my league right now but it is definitely interesting. The BBP board will be one to keep an eye on.

I was wondering what level of testing was completed for delta configurations. I have a Rostock MAX V2, upgraded to a smoothie board for being one of the few 32-bit boards on the market with comparability at the time but now am seeing if anything else out there may be better. Im very interested in a 32 bit board with a higher micro stepping. Thanks!

Hi Richard, these were the 4 controller boards that Brett has used and tested. Do you have experience with PrintrBoard Rev F? If you wanted to add a part about PrintrBoard, Id be happy to include it. Please email[emailprotected]if youre interested

The Radds Board is no longer available to buy as per m. Too bad. I wanted to upgrade to this

Wel
l all I have is Delta Machines, so pretty extensive testing. The only area that I might deviate from masses, is that I still calibrate my machines manually. I run literally from morning to night for my business, I was able to test the particular boards which the firmware was working with deltas very throughly. What more information would you like to know?

Yah unfortunately they are out of stock. A substitute would be the Duet board which should be back in stock with Filastruder. Hopefully the Radds 1.5v board will come back in stock. I love the setup.

Yes, I did only tested boards that I was buying for myself. I did not have the article in mind when I purchased and it was an expensive month buying multiple computer boards.

It definitely will be, it still needs more development in the firmware department, but Im confident that they will get there, but Id wait because its not there yet.

I wanted to stay with Repetier firmware. Does anyone know of any other newer boards that uses Repetier?

I have a huge problem with what you are saying about Smoothieware. The burn your house down stuff, the developpers dont care stuff, the micro-movements stuff.

You are either not understanding, or misrepresenting these subjects *very severely*

Would you mind contacting me via email at[emailprotected]so that I can at the very least provide you with the info you are missing ?

Im new to the 3D printing scene and would like to ask a question. Is the Due/RADDS combination suitable for a delta configuration printer? And what display(s) can you hook up to it?

Hey Brett, Your Article was super Problem Solving.. I have a Question Regarding the Arduino Due Can I Use it In My Next Pen Plotter Machine for High precision prints and Resolution

Duet platform is a more or less a successor to RADDS and its much improved in my opinion.

How old is this article? Some of the comments are listed as 2 years old.

Overall everything seems fine, though I thought that the SmoothieBoard could be updated the same way as the Duet boards, with only 8-bit boards requiring the software to be pre-compiled and uploaded to the controller.

What a nuff-nuff article. Waste of good pixels.

Didnt either of the 32 bit board manufacturers pay enough to get a recommendation?

Pinshape is a 3D printing community and marketplace where makers from all over the world can find and share their next great 3D print and help each other get the best results from their 3D printers.

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3D Printer Filament Comparison

Durable, Impact Resistant thermplastic

Biodegradable material, Easy to print

Dissolvable, Biodegradable thermoplastic

About 70% PLA and 30% recycled native wood

Strongest, Flexible, Durable, Transparent, Heat Resistant

Strong, Rigid, Low Friction, Resilient Filament

Strong, Flexible, Transparent, Clear Filament

About 70% PLA and 30% copper powder

For high quality functional materials

Rigid, Durable, Transparent, Clear, Impact Resistant

About 70% TPE and 30% copper powder

About 70% PLA and 30% bronze powder

About 70% PLA and 30% aluminum powder

High strength material used for functional parts

The appearance is very glossy, looks like silk satin and is biodegredable

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About the Author:Raja Sekhar Upputuri

Co-founder at think3D. Passionate about entrepreneurship & 3D Printing.

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At think3D, we supply all kinds of 3D hardware like 3D Printers, 3D Scanners, Consumables. We have a dedicated support team to handle all post-sale requests.

Equipped with the latest technologies and passionate team, we can offer you 3D Printing services in various technologies like FDM, SLA, SLS, DMLS

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Turn your ideas and concepts into accurate three dimensional scale miniature replica models using a variety of modern materials in modest budget.

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Robo R2 vs LulzBot Mini Comparison

In this review we look at the Robo R2 vs the LulzBot Mini, two of the most popular 3D printers in the price point. Which gives you the most bang for your buck? Find out in todays Robo R2 vs LulzBot Mini comparison.

The Robo R2 gives users plenty of build space and filament options to experiment. The removable, heated PEI supports a total build space of 8x8x10. Slow print speeds (suggested 16mm/s) can be overlooked in light of high print resolutions. Print ultra-fine layers from 20-500microns in over 30 different filaments.

Although very stylish, the Robo R2 is pretty big at 16.7×16.6×23.7. Make sure you have space on your desk, but youll be happy to know it runs quietly. Choose from either WiFi or untethered USB connection when its time to get started.Read our full Robo R2 3D printer review.

The LulzBot Mini may look like the less evolved printer in this comparison but keep reading before judging this book by its cover. This juggernaut among mini 3D printers utilizes a 6x6x6.2 build space, sharing a similar heated PEI build plate as the Robo R2.

Also like the Robo R2, the LulzBot Mini prints at incredible resolutions from 50-500microns. The exception is that the LulzBot Mini prints much quicker at speeds up to 275mm/s.

This 3D printers hot end reaches temperatures up to 300C, meaning you can print in just about any filament. Unfortunately, youre limited to tethered USB connection for printing. Another slight inconveniences is that the LulzBot Mini uses 3mm filament instead of the more common 1.75mm.Read our full LulzBot Mini 3D printer Review here.

Both of these 3D printers has been designed with beginners in mind. Theyre both print-ready out of the box, and you can have your first print running within half an hour. Both also include convenience features that take a lot of the manual work out of 3D printing. The Robo R2 and the LulzBot Mini, for example, both offer print bed auto-leveling.

The Lulzbot Mini also includes an self-cleaning nozzle, while the Robo R2 offers a mobile phone app for wireless print monitoring via theon-board camera.

In addition to being easy to use, both of these printers are also capable of enviable print quality in a number of stress tests. Overhangs, bridges, points, arches, and minute resolutions print beautifully in a wide variety of filaments with these two 3D printers.

We could talk about the physical differences between these 3D printers, like how the Robo R2 is enclosed for a more controlled print environment, or how the LulzBot Mini is made with heirloom-quality construction. The differences in these printers pale, however, to the difference between the two companies.

LulzBot is arguably the most popular and trusted brands in 3D printing. The name is synonymous with unshakable construction, top-rated customer service, and unbeatable print quality. Robo 3D, on the other hand, has a different history. First, theyre suspected of deleting reviews on their website, posting fake reviews on other sites. Worse, theyre known for regularly sending out broken or nonworking printers. Thats unacceptable for such an expensive machine.

Its a shame that the Robo R2 doesnt live up to its high ambitions. With so many quality control issues and shady business practices, we cant wholly recommend the R2 to anyone. Itdoeshave more build space and much better connectivity options than the LulzBot Mini, but unless those are your top priorities the Robo R2 isnt worth the risk.

Save a couple bucks and choose the LulzBot Mini. This great little printer is ideal for ever experience level and has similar print quality to the greatly celebratedLulzBot TAZ 6. Importantly, LulzBot is also a trusted brand with a large community of makers and enthusiasts.

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ProductChart Launches Really Awesome Interactive 3D Printer Comparison Chart

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ProductChart Launches Really Awesome Interactive 3D Printer Comparison Chart

byBrian KrassensteinMar 30, 20153D Printers3D Printing

Even though market analysts expect only around 220,000 3D printers to be sold this year (I think they are drastically underestimating the market), this number is expected to grow substantially over the next three to four years. In factGartner estimates that by 2018 shipments will top 2.3 million. With millions of individuals expected to purchase a new desktop 3D printer over the next several years, and with literally hundreds of different machines already available on the market, consumers will undoubtedly require a way to compare and sift through them all.

In comes Hamburg, Germany native, Marek Gibney who runs theProduct Chart project. In the past Gibney had created incredibly useful comparison charts for product categories such smartphones, laptops, tablets, solid state drives and flash drive. His comprehensive charts have been touted as The best way To find the perfect laptop for you onBusiness Insider, and their usefulness continues to expand as new products are released and added.

Gibney recently decided that with hundreds of 3D printers on the market already, and hundreds more likely to launch over the next couple of years, now would be the perfect time to expand the scope of his project to this new category. Late last week he launched aProductChart section just for 3D printers, and I have to tell you, its awesome!

Currently with close to 140 printers listed, the machines are all initially plotted on a graph based on build volume and price. These ranking, along both the X and Y axes can be changed, so that the graph can base its plots on other information such as printer resolution, speed, or height. When a user places his/her mouse over a particular machine, a treasure trove of relevant information pops up. Users are also able to filter the results to eliminate printers based on a variety of important specifications.

For instance if you want to find all the machines available priced under $1,000, which are assembled and have a print speed greater than 200mm/sec, simply slide the price bar over to $999, the speed bar to 200mm/sec, and check the box at the top of the menu saying Assembled. The results pop up immediately;  in this case, just one printer, the German-made Neo.

Additionally users can search for specific keywords or narrow their search down by brand. The charts are incredibly easy to use and navigate, and the way in which the results are displayed make understanding the various options available a breeze. Certainly Gibney spent a lot of time working on this project and will continue to do so as he adds additional machines to the database. In fact, if you know of a 3D printer which is missing from the chart, Gibney asks that you shoot him an email nd he will send you an excel file so that you may enter the key specifications of the machine to be added.

Let us know your thoughts on this incredibly useful tool in the3D Printer Comparison Chart forumthread on .

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