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<h4>Eight Key Features of&nbsp;CR-10 Smart:&nbsp;</h4>
Built-in WIFI function:&nbsp;Remote control printing anytime, anywhere Low Power Mode:&nbsp;Safe and worry-free save energy and power Intelligent Auto-leveling:&nbsp;Instant printing after initial auto-leveling Dual Z Axes+Dual Diagonal Drawbars:&nbsp;Ensure stable and precise printing 4.3-inch Full-view Touch Screen:&nbsp;Intuitive and easy-to-use Super Car Design:&nbsp;A combination design of aesthetics and technology Ultra-silent Design:&nbsp;Mute mainboard/Mute fan Low-noise power supply Modular Structure: 6-steps to assemble
<div><img src="https://www.creality3dofficial.com/files/html/CR_10Smart_Detail_3_360x360.png" alt="CR 10 Smart 3d printer review. cr 10smart vs cr 6 se" width="100%" /></div>
 &rdquo;
Is it the same with CR-6 SE? Does it seem look likes the CR-6 SE? Same Auto-leveling way?
What's the difference between CR-10Smart and CR-6 SE? What is the difference between CR-10V2,V3?&nbsp;
&ldquo; Yes, it is the same leveling way with CR-6 SE. What's a difference or upgraded?&nbsp;
 &nbsp;Design of the CR-10 Smart Creality FDM&nbsp;3D printers&nbsp;usually are old-school in appearance. Besides the standard CR-10 shape, its design is unlike any other CR-10s that came before. Like the fancy-looking hot end cover and the edgy, geometrical-shaped toolbox. The same as CR-6SE, the front flat design for the gantry looks simple and strong. Along with the better aesthetical designs, there are many mechanical upgrades in its overall design. Mechanical Upgrades The modular structure of the CR-10 Smart allows for efficient packaging and quick assembly out of the box in just six steps. You can finish assembling within 8 minutes. Everything from the power supply unit (PSU), screen, and toolbox is neatly integrated into the base. This makes the machine very compact with a low footprint. In previous versions of the CR-10, the screen and the PSU came combined in a single brick, externally connected to the leading printer. This made wire management a very messy and time-consuming affair and that design compromised safety. Creality took design inputs from many of its previous printers and used what worked best. - The integrated toolbox is also seen on the CR-6 SE and Ender-3 V2. - The side-mounted filament scroll holder is also seen on the CR-6 SE and Ender-3 MAX. - Dual Z-axis lead screws and two support strut bars, to keep the platform super stable, stiffen the Z-axis motion and eliminate much of the errors due to vibrations.
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<h4>*Parameter comparison - CR-6 SE, CR-10Smart, CR-10V2, CR-10V3</h4>
<table style="border-collapse: collapse; width: 98.9247%; border-color: #34495e; border-style: solid; height: 432px;" border="1" width="100%" cellspacing="0" cellpadding="0">
<tbody>
<tr style="height: 36px;">
<td style="width: 18.38%; height: 36px;" width="200">Product</td>
<td style="width: 25.3935%; height: 36px;">CR-6 SE</td>
<td style="width: 27.691%; height: 36px;">CR-10 Smart</td>
<td style="width: 14.3896%; height: 36px;">CR-10V2</td>
<td style="width: 14.0269%; height: 36px;">CR-10 V3</td>
</tr>
<tr style="height: 54px;">
<td style="width: 18.38%; height: 54px;" width="200">Nozzle Extruder</td>
<td style="width: 25.3935%; height: 54px;" width="275">Bowden &nbsp;(Modularized extruder)</td>
<td style="width: 27.691%; height: 54px;">Bowden &nbsp;(Modularized extruder)</td>
<td style="width: 14.3896%; height: 54px;">Bowden</td>
<td style="width: 14.0269%; height: 54px;">E3D Direct Drive</td>
</tr>
<tr style="height: 18px;">
<td style="width: 18.38%; height: 18px;">Printing Size</td>
<td style="width: 25.3935%; height: 18px;">235*235*250</td>
<td style="width: 27.691%; height: 18px;">300*300*400mm</td>
<td style="width: 28.4165%; height: 18px;" colspan="2">300*300*400mm</td>
</tr>
<tr style="height: 18px;">
<td style="width: 18.38%; height: 18px;">Printing Speed</td>
<td style="width: 25.3935%; height: 18px;">80~100mm/s</td>
<td style="width: 27.691%; height: 18px;">80~100mm/s</td>
<td style="width: 28.4165%; height: 18px;" colspan="2">30~60mm/s</td>
</tr>
<tr style="height: 18px;">
<td style="width: 18.38%; height: 18px;" width="200">Support Filament</td>
<td style="width: 25.3935%; height: 18px;">PLA/TPU/ABS/PETG</td>
<td style="width: 27.691%; height: 18px;">PLA/TPU/ABS/PETG</td>
<td style="width: 28.4165%; height: 18px;" colspan="2">PLA/TPU/ABS</td>
</tr>
<tr style="height: 18px;">
<td style="width: 18.38%; height: 18px;" width="200">Leveling Type</td>
<td style="width: 25.3935%; height: 18px;">v2.0 Intelligent Auto-leveling</td>
<td style="width: 27.691%; height: 18px;">v2.0 Intelligent Auto-leveling</td>
<td style="width: 28.4165%; height: 18px;" colspan="2">Manual leveling</td>
</tr>
<tr style="height: 36px;">
<td style="width: 18.38%; height: 36px;" width="200">Printing Platform</td>
<td style="width: 25.3935%; height: 36px;">Carborundum Glass Platform</td>
<td style="width: 27.691%; height: 36px;">Carborundum Glass Platform</td>
<td style="width: 28.4165%; height: 36px;" colspan="2">Carborundum Glass Platform</td>
</tr>
<tr style="height: 18px;">
<td style="width: 18.38%; height: 18px;" width="200">Extruder Fan</td>
<td style="width: 25.3935%; height: 18px;">Silent&nbsp;</td>
<td style="width: 27.691%; height: 18px;">Silent&nbsp;</td>
<td style="width: 28.4165%; height: 18px;" colspan="2">&nbsp;-&nbsp;</td>
</tr>
<tr style="height: 18px;">
<td style="width: 18.38%; height: 18px;" width="200">Motherboard</td>
<td style="width: 25.3935%; height: 18px;">v4.5.2 (32-bit silent board)</td>
<td style="width: 27.691%; height: 18px;">v4.5.2 (32-bit silent board)</td>
<td style="width: 28.4165%; height: 18px;" colspan="2">v2.5.2 (8-bit silent board)</td>
</tr>
<tr style="height: 18px;">
<td style="width: 18.38%; height: 18px;" width="200">Stepper Drivers</td>
<td style="width: 25.3935%; height: 18px;">TMC-2225</td>
<td style="width: 27.691%; height: 18px;">TMC-2208</td>
<td style="width: 28.4165%; height: 18px;" colspan="2">TMC-2208</td>
</tr>
<tr style="height: 36px;">
<td style="width: 18.38%; height: 36px;" width="200">Screen</td>
<td style="width: 25.3935%; height: 36px;">4.3" inches Touch Screen</td>
<td style="width: 27.691%; height: 36px;">4.3" inches Touch Screen</td>
<td style="width: 28.4165%; height: 36px;" colspan="2">12864LCD Screen (Portable knob)</td>
</tr>
<tr style="height: 18px;">
<td style="width: 18.38%; height: 18px;" width="200">Power Supply</td>
<td style="width: 81.5009%; text-align: center; height: 18px;" colspan="4">350W Meanwell</td>
</tr>
<tr style="height: 18px;">
<td style="width: 18.38%; height: 18px;" width="200">Z-axis screw</td>
<td style="width: 25.3935%; height: 18px;">Dual z-axis</td>
<td style="width: 27.691%; height: 18px;">Dual z-axis + diagonal drawbars</td>
<td style="width: 28.4165%; height: 18px;" colspan="2">Dual z-axis</td>
</tr>
<tr style="height: 18px;">
<td style="width: 18.38%; height: 18px;">Built-in WIFI function</td>
<td style="width: 25.3935%; height: 18px;">no</td>
<td style="width: 27.691%; height: 18px;">yes</td>
<td style="width: 28.4165%; height: 18px;" colspan="2">no</td>
</tr>
<tr style="height: 18px;">
<td style="width: 18.38%; height: 18px;" width="200">Filament Sensor</td>
<td style="width: 25.3935%; height: 18px;">yes</td>
<td style="width: 27.691%; height: 18px;">yes</td>
<td style="width: 28.4165%; height: 18px;" colspan="2">yes</td>
</tr>
<tr style="height: 18px;">
<td style="width: 18.38%; height: 18px;" width="200">Power off Resume</td>
<td style="width: 25.3935%; height: 18px;">yes</td>
<td style="width: 27.691%; height: 18px;">yes</td>
<td style="width: 28.4165%; height: 18px;" colspan="2">yes</td>
</tr>
<tr style="height: 18px;">
<td style="width: 18.38%; height: 18px;" width="200">Automatic Sleep Mode</td>
<td style="width: 25.3935%; height: 18px;">no</td>
<td style="width: 27.691%; height: 18px;">yes</td>
<td style="width: 28.4165%; height: 18px;" colspan="2">no</td>
</tr>
<tr style="height: 36px;">
<td style="width: 18.38%; height: 36px;" width="200">Other</td>
<td style="width: 25.3935%; height: 36px;" width="275">English/Chinese Online Printing &amp; SD Card</td>
<td style="width: 27.691%; height: 36px;" width="300">9 Languages; WIFI &amp; SD Card</td>
<td style="width: 28.4165%; height: 36px;" colspan="2" width="335">English/Chinese Online Printing &amp; SD Card</td>
</tr>
</tbody>
</table>

Comparison between CR-10 Smart and CR-6 SE

After receiving feedback from a number of users regarding the leveling capabilities of the CR-10 SMART 3d printer, Creality's product researchers quickly responded with an update to the CR-10 SMART firmware. Following are the Tips for better leveling.
&nbsp;
One-click upgrade to the latest firmware version v1.0.10.&nbsp;
&nbsp;
Don't know how to download and upgrade? Please keep checking.
&nbsp;
First, please visit&nbsp;<a href="https://www.creality.com/download">https://www.creality.com/download</a>&nbsp;to download the latest CR-10 SMART firmware,
&nbsp;
<img src="https://pic2-cdn.creality.com/website/c9bb0b81-694a-4004-9242-34b7eecdcead-download.jpg" alt="download" width="800" height="496" />
&nbsp;
Second, watch the YouTube video to upgrade step by step:
&nbsp;
<iframe src="https://www.youtube.com/embed/qZHdCAixygg" width="800" height="449" allowfullscreen="allowfullscreen" data-mce-fragment="1"></iframe>
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For perfect printing, please also follow simple troubleshooting as below:
&nbsp;
1. All pulleys must not be idle.
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2. Check whether the catches snap into place.
&nbsp;
3. Use measuring equipment to check whether the distance between both ends of the X-axis is the same.
&nbsp;
4. Check the platform whether shaked.
&nbsp;
5. Check all belts whether are properly tensioned.
&nbsp;
6. Check screws securing both sides whether are locked.
&nbsp;
7. Check the nozzle kit assembly whether is properly tensioned.
&nbsp;
&nbsp;

CR-10 Smart V1.0.10 Firmware Notification

Home page

<div class="blg-details rich-text-container">
<iframe src="https://www.youtube.com/embed/vUxZG3hJL40" width="640" height="360" frameborder="0" allowfullscreen="allowfullscreen" data-mce-fragment="1"></iframe> Differences: Ender-3 V2 and CR-6 SE are both pre-assembled 3D printer kits, utilizing the mechanical arrangement of Cartesian XZ-head. Compared to Ender-3 V2, CR-6 SE is of a simpler structure in 5 different parts, which only takes 5 mins to finish its assembly. Ender-3 V2 will take about 15 mins. In terms of print size, CR-6 SE is having a larger printing volume. Ender-3 V2 is sharing the same print volume of 220x220x250mm with its predecessor Ender-3, and the print size of CR-6 SE is 235x235x250mm. In terms of motion stability, Ender-3 V2 is having Single Z-axis, while the CR-6 SE is having dual Z-axis with a timing belt, which means that the CR-6 SE will have higher motion stability and balance during printing. In terms of printing performance, both Ender-3 V2 and CR-6 SE are doing a great job in delivering quality prints. One more highlight the CR-6 SE will excel Ender-3 V2 is silent printing because CR-6 SE is having a powerful cooling fan which is also silent as well, whereas Ender-3 V2 comes with a standard cooling fan. In this way, CR-6 SE can print under 30dB and Ender-3 V2 prints under 50dB. Compared to Ender-3 V2, CR-6 SE is going to provide a much easier and friendlier user experience as it is boasting a 4.3inch HD color touch screen to display all necessary information in Chinese and English. However, Ender-3 V2 has a 4.3inch color screen with a knob. Therefore, the user navigation on CR-6 SE is more intuitive and responsive than that on Ender-3 V2. The two printers are both smart enough to allow users to count on. Ender-3 V2 and CR-6 SE are having resume printing function. CR-6 SE, in a different way, is utilizing a photoelectric sensor that is more sensitive than physical sensors on Ender-3 V2. As both newly developed and released in 2020, Ender-3 V2 and CR-6 SE are both designed to make 3D printing easier. Considering the practical mods, CR-6 SE will excel Ender-3 V2. Except for the belt tensioner on Ender-3 V2, CR-6 SE is boasting more: 1. The portable carry handle enables users to carry the machine to everywhere. 2. The built-in toolbox with tools brings all the necessary tools within users&rsquo; reach. 3. The foldable filament holder helps to save your space if needed. 4. The stepper motor cover helps to protect the stepper motors from dust and prolong their service life. 5. The silicone hotbed cable protector guarantees electric safety. 6. The hotbed fixators allow removing the print platform in an easier way. Similarities: When it comes to the power supply, both printers can switch between 115V and 230V at one step to suit different customer demands, and providing a powerful power supply at 350W. Upgraded from the original Ender-3, Ender-3 V2 finally gets the notable Carborundum glass platform as same as that is on CR-6 SE. The carborundum glass platform enables quick heating up and stronger bed adhesion and easy removal of prints as well.
</div>

Differences and Similarities: Ender-3 V2 VS CR-6 SE

<div class="blg-details rich-text-container">
The presentation of a perfect 3D printed work relies not only on the stable operation of the 3D printer but is also closely related to the filament used.
&nbsp;
3D printers with FDM molding technology are popular among consumers due to factors such as affordability and ease of operation.
&nbsp;
Here, we reveal the secret weapon of the highly sought-after Filament!
&nbsp;
Suitable for beginners
&nbsp;
Simple principle, easy to get started
&nbsp;
FDM printing principle: Solid filaments of specific line diameter specifications are extruded through the nozzle by heat melting into a flowing state, while the nozzle builds up and cures layer by layer under the mastery of software slicing algorithm until the whole model is formed.
<img src="https://pic2-cdn.creality.com/website/5edd6f8a-d0a7-48ba-9556-01d2a90bec88" alt="3D FDM filament" width="800" height="600" />
FDM 3D printers&nbsp;are very simple and easy to use and can be the very intuitive interpretation of the "additive manufacturing" layer-by-layer molding method, especially for beginners.
&nbsp;
Safe and Environmentally Friendly
&nbsp;
Another advantage of FDM 3D printers is that they are environmentally friendly. The most commonly used consumable is PLA (polylactic acid), a new renewable biodegradable material made from starch derived from renewable plant resources (such as corn stalks), making both the printing process and the final product very environmentally friendly.
<img src="https://pic2-cdn.creality.com/website/4f0b885d-bd58-4a7e-8e54-ae4ea86b6d45" alt="3d fdm filament" width="700" height="469" />
From the perspective of environmental protection and the use of health, FDM 3D printers have become the preferred equipment for primary and secondary schools. As the "vane" of the education equipment industry, our technical team has provided professional equipment and efficient and affordable 3D printing solutions for more than 100 elementary schools, middle schools, and universities since the company was established.
&nbsp;
Affordable Price
&nbsp;
FDM supplies range in price from $30-$200 and can print in a wide range of sizes. Whether you are a creator, designer, engineer, teacher, factory, etc. you can find the right model for you
<img src="https://pic2-cdn.creality.com/website/d234823a-90c7-4553-891e-e9c4ea9aa460" alt="3D FDM filament" width="800" height="334" />
Outstanding advantages
&nbsp;
Creality FDM filaments classification:
<img src="https://pic2-cdn.creality.com/website/a8611df5-34a2-4a4b-8c08-1a945e653c38" alt="3D FDM filament" width="800" height="600" />
Among them, materials like PLA, which are not easy to operate and are friendly to novices, have become the preferred filaments for FDM 3D printing. Let's focus on the PLA series as follows.
&nbsp;
PLA Advantages
&nbsp;
The HP-PLA
&nbsp;
Frosted texture, upgraded formula, stricter quality control, more superior performance:
&nbsp;
1. use of imported raw materials from the United States, upgraded formula, more excellent performance.
&nbsp;
2. Excellent toughness, repeatedly bending constantly, the finished print is more solid; support easy to peel, the print is delicate.
&nbsp;
The CR-PLA
&nbsp;
Conventional models, bright surface, stable supplies:&nbsp;
&nbsp;
1. New imported raw materials, no impurities, smooth printing without head blocking.
&nbsp;
2. Excellent toughness, smooth and delicate surface relative to HP printing, more colors to choose from.
&nbsp;
&nbsp;
Wide range of applications
<img src="https://pic2-cdn.creality.com/website/f5307b39-322b-4da3-8d8a-2af1abb5f9db" alt="3D FDM filament" width="800" height="600" />
&nbsp;
Artwork:
&nbsp;
3D printing helps artists transform ideas into tangible works of art. Artists from creative and entertainment domains can truly unleash their imagination to create new and exciting objects. 3D printed art models aim to expand the horizons of design and foster a culture of aesthetic innovation.
&nbsp;
Architectural Design:
&nbsp;
Using 3D printed buildings allows to quickly create a tangible model. The impact of the physical object is stronger than the visualization on the computer screen.3D printers can create any object for you to convince your client of one or several high-quality models during your pitch.
&nbsp;
Cultural relics：
&nbsp;
"Thanks to the photographer, we can preserve every artifact in 3D, making it available to researchers and the general public alike." 3D printing uses 3D files to create perfect copies of objects, even re-sizing them if they are too small to see their details properly.
&nbsp;
Education:
&nbsp;
3D printing allows educators to design rich learning experiences with in-depth theoretical structures that take learning from the computer screen into the hands of students. ... The digital 3D world comes alive with 3D printers, which encourage sharing, teamwork, planning, design, and thinking through difficult or complex ideas.
&nbsp;
Inspiration at your fingertips
&nbsp;
Efficient machine printing, colorful wire selection, to help you "create" the imagination, present the peak of color!
&nbsp;
<img src="https://pic2-cdn.creality.com/website/bc2fbce5-5850-4dd7-8e99-6ac3545dac38" alt="3D FDM filament" width="800" height="600" />
</div>

What is the 3D FDM Filament?

HALOT series products are specially designed for resin 3D printing and are commonly used in manufacturing industries due to their high precision.
&nbsp;
On the occasion of the&nbsp;7th&nbsp;anniversary of Creality, the&nbsp;HALOT series&nbsp;3D printer was launched under much anticipation, which belongs to the resin series.
&nbsp;
If you happened to miss Creality's seventh birthday party, then you probably didn't hear the news. Creality has a new line of resin 3D printers in the works, and HALOT-Sky was the first to be announced.
&nbsp;
This is the second HALOT-Series printer to sneak into the Creality store shortly after, named HALOT-ONE.
&nbsp;
Although HALOT-ONE and HALOT-SKY look similar in appearance, they are different in terms of parameters and functions, let's find out!
&nbsp;
<table border="1" data-mce-id="__mce">
<tbody>
<tr>
<td>Product</td>
<td>HALOT-ONE</td>
<td>HALOT-SKY</td>
</tr>
<tr>
<td>Product Picture</td>
<td><img src="https://pic2-cdn.creality.com/website/1c60f8f2-9537-4771-8742-7d5431548f74" alt="halot one resin 3d printer" width="163" height="209" /></td>
<td><img src="https://pic2-cdn.creality.com/website/494c7cd3-cb5f-4e03-8d82-9692a4b7e2a6" alt="halot sky resin 3d printer" width="300" height="300" /></td>
</tr>
<tr>
<td>Price</td>
<td>$259</td>
<td>$949</td>
</tr>
<tr>
<td>Machine Size</td>
<td>&nbsp;221*221*404mm</td>
<td>&nbsp;340*292*552mm</td>
</tr>
<tr>
<td>Resolution</td>
<td>1620*2560</td>
<td>3840*2400</td>
</tr>
<tr>
<td>Print Size</td>
<td>&nbsp;127*80*160mm</td>
<td>192*120*200mm</td>
</tr>
<tr>
<td>XY axis Precision</td>
<td>0.051mm</td>
<td>0.05mm</td>
</tr>
</tbody>
</table>
&nbsp;
Prices:
It is obvious to see that the price of HALOT-SKY is higher than the price of HALOT-ONE, but every coin has two sides, A high-priced 3D printer is often accompanied by some new features or some improvements from the original. The price is about four times higher, so let us see what is improvement in the HALOT-SKY 3D printer.
&nbsp;
Larger Machine Size:
The Creality HALOT-SKY has a machine size of 340*292*552mm, which is bigger than the 221*221*404mm of HALOT-ONE.
&nbsp;
You might not be able to image the size of these parameters. Halot-One can print smaller objects like toys, decorations, cell phone stands, etc. &nbsp;Whereas the Halot-Sky can print bigger objects like architectural models, storage boxes, tools, etc.
3D printers can print toys for your children. &nbsp;Not only can save money, but it also helps develop the logical thinking skills of your children and build up parent-child relationships.
&nbsp;
Higher Resolution:
HALOT-SKY has 3840*2400 resolutions that are better than the 1620*2560 resolutions of HALOT-ONE 3D printer. This means that HALOT-SKY can print more detailed and beautiful items.
&nbsp;
The HALOT-SKY is suitable for an industry like medicine or construction, the higher the precision, the more detail can be shown to people watching, thus working to improve efficiency.
&nbsp;
Our R&amp;D team has been working day and night to come up with better resolution 3d printers to meet customer&rsquo;s growing demand in quality, appearance, and precision in order to release their creativity infinitely
&nbsp;
Performance:
We are all in a fast pace of life, and if we are held back by things that we can control at the outset, so we need a high-quality and stable 3D printer in our daily life.
&nbsp;
HALOT-SKY was equipped with brand new chip for upgrade AI algorithm and high-performance mainboard, and super data processing performance to support surging power operation, greatly improving the printing efficiency.
&nbsp;
If we compare the processor differences between the HALOT-ONE and HALOT-SKY 3D printer, it is easy to see that HALOT-SKY's processor is more powerful, which helps to greatly improve the stability of the light source and the success rate of printing.
&nbsp;
In order to improve the stability and precision of HALOT-SKY:
1.&nbsp; A new generation of light source technology, adopt reflection integral structure to realize precise optical layout.
2. Reinforced Z-axis structure, embraces both stability and fineness for more stable operation.
&nbsp;
Easy operation:
Here is more simple and easier slicing for the novice.
&nbsp;
Simplified user interface Easy modeling ''ONE-CLICK'' firmware upgrades
&nbsp;
&nbsp;

HALOT-ONE VS HALOT-SKY: What Are the Improvements in HALOT- SKY?

<div class="blg-title">1. what would you like to do?</div>
<div class="blg-details rich-text-container">
This might be your very first question When you decide to go for a professional 3D printer.
&nbsp;
Ask yourself why your team or department needs a 3D printer and what type of objects you want to print.
&nbsp;
It's important to start here, as this will be the basis for many other decision factors.
&nbsp;
Will your prints be basic, with minimal adjustments and low pre-processing or post-processing? Or will you be printing complex objects or using more technical filaments?
&nbsp;
Knowing the answers to these questions will help you determine whether you need a high-powered printer or a simpler one. It's important to start here, as this will be the basis for many other deciding factors.
&nbsp;
2. How large will your print size be?
Every coin has two sides, bigger doesn&rsquo;t always mean better!
&nbsp;
In general, how big or small do you want to print? This question will help you determine the proper budget for your 3D printer.
&nbsp;
Compare different build plates on the printer to determine what size is best for your project.
&nbsp;
For example, being an architect and engineer, you might be buying a 3D printer with a big size to build large models or industrial parts may require a larger printer.
&nbsp;
Because those big printers that tend to be more expensive and elaborate, as they are capable of producing industrial parts and can better handle difficult materials.
&nbsp;
If you want to print something small, then you can choose a desktop-level printer to print some simple and small items, which can also save some time and cost. &nbsp;
&nbsp;
3. What Kind of Materials Will You Use?
Print materials are one of the most important aspects to consider when making your decision.
&nbsp;
Materials for dental and medical applications will be very different from those used for rapid prototyping. Both are different from aerospace or food.
&nbsp;
Most 3D printers print using a process called fused deposition modeling (FDM). FDM consists of individual filament heads made of plastic or metal wire.
&nbsp;
Each print has a specific color, and the color of the print is the color of the material used.
&nbsp;
There is also a 3D printer with multiple heads that can print different colors on different areas of the printed object.
&nbsp;
We offer an exclusive range of 3D printers depending on the specific material and color you want to use.
&nbsp;
Even though 3D printing technology has been relatively the same for so long, new advances are sure to emerge. the ability of 3D printers to print multiple colors and shades is becoming more and more common.
&nbsp;
By far the most common 3D printing material is your good old PLA. it is inexpensive, easy to work with and has a wide range of features as many printers will be compatible with PLA. currently, PLA is the second-highest consumer of bioplastics in the world.
&nbsp;
The cool thing about PLA is that it is made from a renewable resource that is biodegradable and easily produced by fermenting starch from agricultural crops (mainly corn, wheat, or sugar cane).
&nbsp;
4. Will You Need Support?
There is no shortage of 3D printers on the market, but when choosing a printer, it is important to consider whether you would benefit from a company that offers support.
&nbsp;
In this case, support can mean many different things. Most professional users will benefit from assistance such as add-ons parts, online support through forums or direct communication, software, or upgrades.
&nbsp;
If you choose a printer simply because of the lower price but don't have a company that will help you when you need it, you may run into some long-term problems that are difficult to solve.
&nbsp;
Choosing a 3D printer from a reputable company will give you the support you need because they are invested in ensuring your printing success.
&nbsp;
5. What kind of application areas are you buying for？
With the development of science and technology, 3D printing technology is becoming more and more advanced so that is noticed by people.
&nbsp;
The application areas of the printer are Educations, Construction, MEDICINE, ART, and JEWELRY.
&nbsp;
The type of 3D printer that you need to buy can be classified according to the desired printing area. If you are in the jewelry industry, then an SLA 3D printer would be more suitable for you.
&nbsp;
If you are engaged in the construction industry, then you need a large size, you can refer to the internal structure, and printing speed to improve efficiency.
&nbsp;
Using these 5 questions, you are now one step closer to finding the right printer for yourself.
</div>

Five Questions to Ask Before Choosing a Professional 3D Printer

<div class="blg-divide">&ldquo;Currently, there are generally three sets of printing speed that 3D printers can support. The first set is has been grouped at around 40 to 50mm/s, while the second set prints at about 80-100mm/s. Meanwhile, the fastest set prints at around 150mm/s. Some printers may even print at a speed faster than 150 mm/s.&rdquo; The review from All3DP.</div>
<div class="blg-details rich-text-container">
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Ender-7 3D printer: A new experience for high-speed 3D printing
<img src="https://pic2-cdn.creality.com/website/6dc2b24e-2cb3-41d4-8c01-2cdb184a29a9" alt="Creality Ender-7 3d printer" width="800" height="499" />
The positioning of Ender-7 3D printer:
&nbsp;
A new product always is released during the annual anniversary celebrations of Creality. So, the Creality Ender-7 3D printer is our latest high-end Ender series product. Continuation of the Ender-6 high-speed printing function in Ender-7, Continue to work on more speed breakthrough.
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Personal desktop-level product positioning caters to a small number of users with industrial fast printing needs.
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Design Inspiration: The product shape is derived from the structural form of the ancient building " Athenaeum ", and the most intuitive visual feeling is the magnificent ramification.
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In order to make sure the powerful performance of the product, the three Roman column type profiles were adopted to build the product, increasing the stability of the same time, but also reflects the " three beget everything " philosophy. It is a symbol of the omnipotence of this printer.
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Each side of a triangle corresponds to only one corresponding angle and is unique. Therefore, the triangle is the most solid shape. Therefore, it is also the most mechanically stable.
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What is make the Ender-7 raise our collective eyebrow? &nbsp;
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Compared with the&nbsp;Creality Ender-6 3D printer:
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<table border="1" data-mce-id="__mce">
<tbody>
<tr>
<td>Product</td>
<td>Ender-7</td>
<td>Ender-6</td>
</tr>
<tr>
<td>Product Picture</td>
<td><img src="https://pic2-cdn.creality.com/website/3901acd9-3bdf-4510-8de2-5c9b968e9394" alt="Ender-7" width="208" height="193" /></td>
<td><img src="https://pic2-cdn.creality.com/website/40baa3de-cec3-494e-989f-e57a8a58b4f6" alt="Ender-6" width="168" height="165" /></td>
</tr>
<tr>
<td>Print Speed</td>
<td>&nbsp;250mm/S</td>
<td>150mm/S</td>
</tr>
<tr>
<td>Print Size</td>
<td>250 &times; 250 &times; 300 mm</td>
<td>250x250x400mm</td>
</tr>
<tr>
<td>Machine Size</td>
<td>430 &times; 460 &times; 570 mm</td>
<td>495x495x650mm</td>
</tr>
<tr>
<td>Layer thickness</td>
<td>0.1mm-0.4mm</td>
<td>0.1mm-0.4mm</td>
</tr>
<tr>
<td>Print bed</td>
<td>Carborundum glass</td>
<td>Carborundum glass</td>
</tr>
</tbody>
</table>
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It can be seen clearly that the print size of Ender-6 is bigger than the print size of Ender-7, The large size of the printer allows the possibility of creating models to a certain extent, without the small size of the printer making it difficult to design models.
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As we all know, the most important for people to buy the Ender-6 is fast printing speed, just Imagine if there were a printer that could print faster than Ender-6.
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Aiming to establish a "new speed benchmark" in the FDM field, the Ender-7 is the latest addition to the company's long-running Ender series, capable of printing at speeds of up to 250 millimeters per second.
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Aimed at designers and hobbyists, Creality's fastest Ender is also equipped with a dual motor-equipped Core-XY structure with linear orbital positioning, allowing users to print at speed without sacrificing model accuracy.
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How to ensure precision under fast printing speed?
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<img src="https://pic2-cdn.creality.com/website/b44bc4f0-6552-494e-b593-7f56d579bcdc" alt="Creality Ender-7 high spped 3d printing" width="800" height="419" />
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1. Core-XY structure, precise control&nbsp; &nbsp;Utilizing Core-XY structure, dual motors running parallelly with coordinated operations, faster speed, and higher precision.
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2. High-speed cooling fans Thanks to its unique butterfly-shaped wing ducted cooling fan, the new Ender also draws in 169% more air than previous models, providing the cooling needed to ensure print quality, while its customized nozzle can hold up to 50mm&sup3; inside its melt for smooth feeding, even at high printing speeds.
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3. Structure:&nbsp; Maintaining the minimalist aesthetic seen in previous Ender machines, the Ender-7 features the familiar dual support frame that continues to provide print platform stability.
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As a result of these upgrades, the Ender-7 is finally able to ensure the quality and efficiency of the printed shape.
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</div>

Creality Ender-7: Beyond Fast

Creality&nbsp;Ender-3 &amp; Ender-3 Pro&nbsp;DIY 3D printer has just won the title of&nbsp;2020 Best 3D Printer&nbsp;on the ALL3DP platform.&nbsp;
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Since the birth of Ender-3 &amp; Ender-3 Pro, it has been greatly loved by users It is rated as the most cost-effective DIY 3d printer by the majority of users because of its ease of assembly, improvement acceptable, and excellent print model quality.&nbsp;
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Many customers shared with us the joy of getting the machine and brought some changes in life. In order to continue the classics, Creality has made some upgrades and improvements to this machine.
&nbsp;
Recently, the advent of the upgraded version of Creality 3D printer kit Ender-3 V2 has attracted everyone's attention.&nbsp;
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Many users are very looking forward to this machine, but at the same time, it has also caused some confusion.&nbsp;
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What is the difference between Ender-3 V2, Ender-3, and Ender-3 Pro? They look almost the same, what are the upgrade parts and functions? what is the price? Which one is a better one? Let us figure out in detail some commons and differences among them.
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The original cartesian principle design is retained, the appearance of Ender-3 V2 and Ender-3 looks almost the same, and the original printing size is 220 * 220 * 250mm. According to the feedback of most customers, the customer's Ender-3 size is relatively satisfactory.
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What is the difference?
&nbsp;
Ender-3: the Basic Version 3D Printer
As a basic version. Ender-3 is quite easy to assembly, although manual calibration is required, the improved large leveling knob makes it more convenient.&nbsp;
&nbsp;
Many users mentioned that Ender-3 far exceeds their expectations. It still available to print PLA, PETG, ABS, TPU, and other filaments, because of its relatively high performance, its structure is made by ordinary profiles, and the cables out of the machine might look a little bit messy. So its appearance does look relatively common.&nbsp;
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Besides that, it still performs very well, especially the models' prints out with high precision. I believe that users have some basic understanding of the Ender-3 3D printer, and there are also many evaluations of Ender-3 on YouTube.
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There are several features that make the Creality Ender-3 a suitable 3D printer for beginners.&nbsp;
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Its platform is a build task-like heated build plate while Ender-3 Pro comes with flexible removal magnetic platform. Some users have pointed out that sometimes wobbles happened while printing.&nbsp;
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Creality realizes that the Y profile that comes with the Ender-3 is not wider enough. And dust exists on the bottom part sometimes. But it is understandable because of its&rsquo; price under 200 us dollars.
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How about the&nbsp;Ender-3 Pro?
Base on the upgradable points that users mentioned. There comes Ender-3 Pro with wider 40*40 aluminum extrusion for the Y-axis base. which greatly improves stability.&nbsp;
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And better bearing wheels deliver more stiffness, reduce friction, and give overall better dimensional stability. This and some broad rubber feet also help to reduce the noise level.
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The first version of Ender 3 had a fan on the top of the printer base, which made it easy to drop filaments.&nbsp;
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On Ender 3 Pro, Creality has placed this fan on the bottom of the 3D printer, perfectly prevent the filament dust drop in the platform.
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<iframe src="https://www.youtube.com/embed/Nuno5S0Cj0A" width="560" height="315" frameborder="0" allowfullscreen="allowfullscreen" data-mce-fragment="1"></iframe>
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Creality&nbsp;Ender-3 V2- 2020 New Released 3D Printer under $300
Ender-3 V2 will be the high recommended 3d printer that we would like to introduce today.&nbsp;
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Why there's new Ender 3 upgraded version? Might some users curious about that. As for the better user experience I mentioned previously, Creality makes this decision to do the upgrades.
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<iframe src="https://www.youtube.com/embed/gokN9xNG94U" width="560" height="315" frameborder="0" allowfullscreen="allowfullscreen" data-mce-fragment="1"></iframe>
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1. Sheet metal injection design
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Unlike Ender-3, Ender-3 V2 is a phenomenal 3D printer with a new sheet metal injection design. It seems to be more in line with the aesthetic design.
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All the cables are neatly designed and hidden. In addition, the new nozzle basic kit design surprised us. The overall structural design looks more high-end and safer.
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2. 4.3 inch HD color screen
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Without adding to the old knob screen design, the Creality Ender-3 V2 3d printer is equipped with a 4.3 inch HD color screen, the clear screen design makes the whole machine instantly different.&nbsp;
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What is more unexpected is that this screen is detachable. As long as the cable is connected, you can remove the screen, which making this machine more flexible to control.
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3. Tempered Glassed Platform
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After several times tested, Creality finds out tempered Glassed Platform with better adherence, and the model can be easier removed but not damage models. Anyhow, later all-new Creality will come with the tempered glassed platform.
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4. XY-axis tensioner
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Some customer has mentioned that the timing belt is not tight enough for model printing, sometimes the model comes out ugly. Our teams designed to add these two XY-axis tensioner to help tension the belt when it is loose.
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5. Hidden Toolbox
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Embedded in the base, there will be a tool storing box hidden under the platform. All the tools like needles, pliers and other tools are in the box already, we believe that you will love this little surprise. 6. 32-bit Silent Mother Board
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The noise that comes with the printer has been drive users crazy most of the time. As the ender-3 pro does, Creality Ender-3 V2 now has the silent 32-bit motherboard with a 2530 chipset inside as well.
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7. Rotary knob added on the extruder
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We both know when we put the filament into the extruder, it&rsquo;s a little difficult to feed-in. So Creality adds a rotary knob on the extruder to operate conveniently. And what&rsquo;s more, we need to press the extrusion clamp to feed-in, sometimes, the extrusion clamp is easy to be broken, so the rotary knob is a very friendly design.
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8. Resume after a power outage function
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Resume after a power outage function will be added on Creality Ender-3 V2 3D Printer. all you can tell is that this time all the upgrades on the Ender-3 V2 are totally based on our user experience. Outages or disconnections should be no problem for Ender-3 V2 because it can fully recover and resume the print when it&rsquo;s back up.
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How&rsquo;s the price? may people interested in knowing how much it is. We are proud to say that under the price of $300, the Creality Ender-3 series 3D printer can be described as the most cost-effective 3d printer on the market. And it is quite perfect for most beginners and hobbyists.
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Reason for Creality Ender-3
&nbsp;
Price lower other than other Ender-3 series. And running smoothly. If you have the budget for a 3d printer, I will recommend you try Ender-3, especially when you are good at replacing parts like fans with another build plate.
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Reasons for Creality Ender-3 Pro
&nbsp;
If you want a printer with high quality, precision, and stability, Creality Ender 3 Pro will be your best choice. It has a high-cost performance, and the durability and stability of each upgraded part are also excellent.
&nbsp;
Reasons for Creality Ender-3 V2
&nbsp;
If you have enough budget and want a 3d printer more compact and functional, we strongly recommend you to try our Creality Ender-3 V2. Its model print quality and performance are relatively stable because it is upgraded based on Ender-3.&nbsp;
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Basically, all functions have been perfected on this machine. The price is only slightly higher than Ender-3, the price is around 289 US dollars, and its cost performance can be said to be the highest in the ender-3 series.&nbsp;
&nbsp;

The Differences: Ender-3 VS Ender-3 Pro VS Ender-3 V2

<div class="blg-divide">In most cases, there are many filaments was left on the 3D model after printing that be called as 3D printing stringing.</div>
<div class="blg-details rich-text-container">
&nbsp;
This is caused by the filaments hanging down from the nozzle as it moves to a new position.The best way to solve the stringing problem is retraction.
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Starting the retraction, the area of extruder finishes printing the model, the filaments in the nozzle are pulled back, and when printing again, the filaments are pushed back into the nozzle and extruded from the top of the nozzle.
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If you would like to confirm that the retraction is on or not, you can check it in the machine settings, Next, we can improve this situation by adjusting the parameters.
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<img src="https://pic2-cdn.creality.com/website/96c3f4c0-68ee-400f-8f52-27a110dd1c4f" alt="3d printing string and hanging" width="800" height="796" />
(Stringing or hanging)
&nbsp;
The most important setting is the retraction distance for retraction, It determines how many filaments will be pulled back from the nozzle.
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Generally, the more filaments are pulled back from the nozzle, the less likely the nozzle will be hanging when it moves. The normal pull-back length is set at 6mm-10mm, depending on the characteristics of the filaments as well.
&nbsp;
The retraction speed is another related setting
It determines how fast or slow the filaments will be withdrawn from the nozzle. If the pullback is too slow, the filaments s will hang down from the nozzle and thus start to flow out before moving to a new position.
&nbsp;
If the retraction is too fast
The filaments may be disconnected from the filaments in the nozzle, or even the fast rotation of the drive gear may shave off the surface part of the filaments.
&nbsp;
The value between 3600mm to 6000mm/min(60-100mm/s) is an ideal range, it's worth noting that the actual operation needs to be determined according to the material you use, so this appropriate speed needs to be confirmed by constantly doing tests.
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The temperature is too high
If you have checked the retraction speed, the next common factor that causes pulling problems is the extruder temperature. The normal PLA printing temperature is 190&deg;C-210&deg;C. If the temperature is set too high, the filaments in the nozzle will become very sticky and in turn flow out of the nozzle more easily.
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If the temperature setting is too low, the filaments will remain stiffer and harder to extrude from the nozzle. If you feel that the pumping back speed setting is fine, but you still experience pulling, try lowering the extruder temperature by 5&deg;C - 10&deg;C, which may have a noticeable effect on the final print quality.
&nbsp;
The moving distance is too long
In addition to the above factors, there is another reason that can lead to the occurrence of pulling, and that is moving too long a distance.
&nbsp;
Short-distance movement is fast enough that filaments don't have time to flow out of the nozzle, but long-distance movement may lead to pulling.
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There is no way to improve this in Cura by setting parameters, but only through a combination of the above factors to adjust to try to avoid this situation.
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