The Ender 3 S1 Pro has all the benefits of the Ender-3 S1. Arguably, Ender 3 S1 Pro is more professional or more detailed than the previous version Ender-3 S1.
"Sprite" full-metal direct extruder, support the 300℃ Nozzle Temperature
Ender 3 S1 and Ender 3 S1 Pro use Creality “Sprite”direct-drive extruders. The new Ender 3 S1 pro is equipped with an upgraded version of the extruder, the "Sprite" all-metal extruder.
The new extruder has the same extrusion force of 80N as the previous version of the Ender 3 S1, but it has a Titanium Alloy Throat Tube and heating block kit that allows you to print high temperature materials at 300℃ and and support mulitple filaments such as abs,wood etc.. Yes, It is the same extruder of the CR-10Smart Pro 3D Printer.
① Heating block: Made of aluminium alloy, fast heating andfilaments melt quickly.
② Titanium throat: Low thermal conductivity, highly polishedhohthemn streneth.
③Cooling Block: Made of high quality aluminium with densetooth design and fits the throat surface for better heat dissipation.
Easy Platform Handle
The Price of Ender-3 S1 is US$389-399, and the New Pro version is US$479-US$499 (Price in United States Areas. Other areas might be added the extra shipping cost or taxes)
The Pro Version price is just around US$80-$100 more than Ender 3 S1. This means you could pay more $100 to get the 3D Printer but with full-metal dual-gear direct extruder, 4.3" touch screen, PEI spring steel sheet, LED Light Tirp. It is certain is that if you want to upgrade all the new features above, the estimated cost will exceed $100 or more.
The Reason to Buy Ender-3S1 Pro:
If you have the budget, you can choose the Ender 3 S1 pro to settle a matter at one go. All metal hot end will meet your needs more, you can print filaments that require high temperature, such as ABS and nylon.
The Reason to Buy Ender 3 S1
As the direct drive 3d printer under $400, with 220*220*270mm Printing Size, CR Touch Leveling, 32 Bit Silent Board, Dual axies, most of basic features of Ender-3 Series. It could meet all requires. And you could choose parts of features to upgrades, such as:
Heating Block Kit-High Temperature (300℃)
Spring Steel PEI Magnetic Build Plate or Tempered Glass or Cmagnet Magnetic Plates
How do you choose? Welcome to common and share your experience with us (your thought, use experience or more) If need more help, or you could reach us at service@creality.shop
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It has not only low price but also excellent printing effect. Shortly after that, its upgraded version, Ender-3 Pro upgrades with Meanwell power supply also met with you. It prints more safely and stably.
What are the specific differences between Ender-3 and Ender-3 pro? Here are some differences you wonder to know.
The Difference Between Creality Ender-3 and Ender-3 Pro
Creality Ender-3 is an open-sourced 3d printer for every community of users and contributors.
One of the important characteristics is its stability. V-Slot+precision pulley, Patented technology, running more smoothly, more wear-resistant. It can effectively reduce noise.
Except, the industrial-grade circuit board is quite mature, it can work continuously for 200 hours without pressure, also Ender-3 3d printer allows it to resume printing after power-off or lapse occurs and with thermal runaway protection itself.
And it also adopts the MK8 extrusion mechanism, which is a brand-new patented infrastructure, effectively reduces the risk of plugging and poor spillage.
It also can print almost all filaments on the market. More importantly, the Ender-3 3d printer can reach 110℃ for hotbed in about 5 minutes, which satisfies the needs of fast heating and printing ABS.
And Creality Ender-3 Pro 3d printer is an upgraded version of Ender-3, together with the imported Meanwell power supply and new platform sticker, also redesigned the aluminum extrusion.
Upgraded components enable Creality Ender-3 Pro to print more safety and stability. there's a lot have been upgraded, below are the upgrades:
1. Meanwell power supply
Ender-3 Pro 3d printer adopted the Meanwell power supply, which meets all the needs of fast heating and long-time 3D printing.
As we all know, Meanwell power supply is produced by the listed company over 30 years of experience in the power supply industry with mature technology. What’s more, it can also ensure safer and faster heating of all necessary components.
The printer is shielded by its power supply from voltage spikes and power outages. If electrical power is lost, prints can be resumed from the last layer, which saves time and reduces waste.
And Ender-3 3d printer only uses the ordinary power supply, which is not powerful and durable to compared the Meanwell power supply.
2. Aluminum extrusion
Redesigned with a much more sturdy, 40x40 aluminum extrusion for the Y-axis base of Ender-3 Pro. This provides unprecedented stability for the printing surface, resulting in upgraded print quality. And Ender-3 uses plastic extrusion.
3. “C-MAG” magnetic bed
The all-new state of the art “C-MAG” magnetic bed, is completely removable, and flexible, which perfectly designed for the Ender-3 pro 3d printer.
The textured surface adheres to all types of filament better than traditional methods such as tape, glue, or hairspray. No more model warping on larger prints!
Once the model is finished printing, remove the magnetic upper from the lower and bend or flex the print surface to watch the model effortlessly pop off the printing surface. And Ender-3 3d printer has a normal platform.
4. Enhanced Bed Leveling
For Creality Ender-3 Pro, all-new, ergonomically designed, larger bed leveling nuts, makes leveling the bed much easier and more precise, to make sure you spend more time printing and less time leveling than Creality Ender-3 with normal nuts.
Price and Performance
Since these two 3d printers came into the market, they have received a variety of favorable comments, and everyone's experience is different. Here are some price differences and user experiences of these two machines, so that you can choose machines more easily.
After spending a couple of weeks tweaking and printing on the Creality Ender-3, our impression seemed to grow fonder the more time we spent with this 3D printer. The experience did include a few speed bumps along the way, but none of the issues we had were insurmountable.
All in all, the Creality Ender-3 is an extraordinary 3D printer when you take the sub-$200 price tag into consideration.”This is the review from the all3Dp. We can know that Ender 3 is the high quality and precision printer at a lower price.
For beginners or makers, the Ender 3 is a perfect choice on a budget. When this 3D printer does have its features, the affordability makes it a worthwhile investment. The high-quality 3D printing is the important point of Creality Ender 3 right out of the box. On top of that, the growing community surrounding this 3D printer has led to more and more upgrades.
So the Ender-3 Pro appears on the market. Ender-3 Pro has a detachable magnetic heated bed and improvements to the Y-axis to achieve a better print quality, which makes the Ender-3 Pro more expensive.
The price is under $300. Compared to Creality Ender-3, it’s more expensive. However, compared to other same performance printers on the market, Ender-3 Pro has a higher cost performance.
So, how to make a choice between the cheaper Ender-3 and the improved Ender-3 Pro?
Reasons for the Creality Ender-3 3D Printer:
In fact, it depends on how familiar you are with the printer. If you are good at repairing or replacing parts of a printer, such as replacing fans, printing and installing modifications, even exchanging its build plate to a glass sheet.
You might be better to choose the Creality Ender-3. Because you can save $100 of spare parts. And you can modify the printer according to your preference. It becomes an Ender 3 that belongs to you only.
Reasons for the Creality Ender-3 Pro 3D Printer :
If you have enough budget and 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.
The Ender-3 S1 Pro – an upgrade on the Ender-3 S1, is quite excellent under the high-temp condition, creating more possibilities for 3D printing.
Let’s make a closer look and see what is unique about the Ender-3 S1 Pro.
High-Temp Passion, Good with Multiple Filaments
For the Ender-3 S1 Pro, the most attracting thing is its good performance under high-temp conditions. The nozzle made of brass can stand up to 300°C printing.
It is compatible with multiple filaments, such as PLA, ABS, PVA, Wood, TPU, PETG, and PA, creating numerous possibilities for the imagination. There is no need to change the nozzle even printing with different filaments, which is time-saving with enhanced efficiency.
“Sprite”, Small but Powerful
The Ender-3 S1 Pro uses the self-developed “Sprite” full Metal Dual-gear Direct Extruder. Same as its name, “Sprite”, it is small but powerful – weighing only 334g, but the extrusion force can be up to 80N.
It enables smooth feeding when printing with diverse filaments, including those flexible materials, providing users with a stable and reliable printing journey.
Hassle-Free Leveling
Equipped with CR Touch, the 16-points automatic leveling ensures perfect leveling by measuring the distance between the nozzle and the heat bed and accurately completes compensation. Therefore, the Ender-3 S1 Pro is friendly, especially for 3D printing beginners.
Interaction via the 4.3-Inch Color Touch Screen
The 4.3-inch color touch screen enables click-to-control. It supports the switch among nine languages, making the printer more manageable for people from various regions worldwide.
Moreover, the touch screen will automatically dim out for energy-saving if there is no action for three minutes, echoing the energy conservation policy.
Quick Assembly – Easy to Handle
The Ender-3 S1 Pro is of modularized structure. 96% of the print body is pre-installed. Thus, the assembly can complete within six steps, allowing users to begin their printing quickly with no complicated assembly steps.
Bend to Remove the Print
The build surface of the Ender-3 S1 Pro is covered by a PEI spring steel build plate, which is durable. It not only has good adhesion to the printed models but is also bendable, enabling a slight flex to remove the print.
In this way, no need to worry about model toppling or the difficulty to remove the print, the Ender-3 S1 Pro helps solve these problems for users.
Impressed with Human-Centered Design
A LED light strip is equipped at the top of Z-axis, providing even fill-in light and allowing a precise observation in the dark. In addition, a handle is added to the build surface for easier pulling out under the high-temp condition. Safe enough for every user.
Creation Potential, More Possibilities
The Ender-3 S1 Pro offers both laser engraving and liquid cooling heatsink for choice. Users can make a purchase according to personal preference. The laser engraving module can customize favorite images.
The liquid cooling heatsink is good at heat dissipation, speeding up the cool-down process and helps achieve high-precision printing.
Before we jump to the end, let’s have a quick look at the comparison between the Ender-3 S1 and its Pro version.
In addition to the machine dimension and net weight, the Pro version got upgrades in seven aspects, including the build plate, extruder, nozzle temperature, display, supported filaments and supported languages.
By optimizing the equipment as well as functions, Creality aims to make 3D printing more user-friendly, more reliable and more creative.
(The difference between Ender-3 S1 and Ender-3 S1 Pro)
Most people might be aware of fused deposition modeling (FDM) technology, It can be said the most well-known 3d printer technology right now. If you want to start learning about 3d printing. FDM technology will be a good choice. But speaking of molding utility, DLP technology is more complex and more adaptable for the dental or Jewelry mold. Resin 3d printing is known for its great ability to achieve very nice, highly detailed parts, all thanks to a technology called vat polymerization.
What is vat polymerization technology? DLP means digital light processing. Which can technology make use of a (liquid) photopolymer resin which is able to cure (solidify) under a light source? In the world of vat polymerization, there are two main technologies: SLA and DLP. Of course, both of them are used resin and light source to make parts, the comparative difference mainly is the light source type which use to cure the resin.
In the following sections, we’ll provide a more detailed explanation of both SLA and DLP.
The process
An SLA 3D printer consists of a vat (a resin tank), a build platform, an elevator — used for moving the build platform upwards or downwards — a light source and a pair of galvanometers.
The printing process starts with the resin being poured into the vat so that there’s a single layer between the build platform and the bottom. After the build platform is in place, the light source shines through the bottom of the vat, which is transparent, to cure the resin.
The light source in most SLA 3D printers is a solid-state laser. When the laser hits the galvanometers, they ensure that the beam is precisely navigated along with a particular pattern. When the laser beam “touches” the resin tank, it cures the resin at that specific point.
When the laser finishes the curing process of a single layer, the build platform is elevated by one layer in height and the process is repeated until the part is complete.
Types of SLA Printers
It’s worth mentioning that there are two types of SLA 3D printers, depending on the direction the build platform moves and where the light source is placed. What’s described above refers to “bottom-up” SLA 3D printers. That’s because the light source of bottom-up SLA 3D printers is positioned under the resin tank. When looking at a timelapse video of a bottom-up SLA 3D printer in operation, it looks like the part is being pulled from the resin tank.
The other type is the so-called “top-down” SLA 3D printer. Here, the light source is positioned above the resin tank and the build platform. When starting a 3D print on a “top-down” SLA 3D printer, there’s a single layer of resin on the build platform. Once the light source cures that layer, the build platform moves down into the vat, meaning the final part will be completely submerged in resin.
DLP 3d printer
As we’ve already mentioned above, the only difference between DLP and SLA 3D printers is the light source used to cure the resin.
The light source DLP 3D printers use is a digital light projector screen. Whereas in SLA, a laser cures only a single point at a time, a DLP printer’s screen projects the image of an entire layer all at once. As a result, DLP printers generally print faster than SLA printers.
The device used for controlling where light is projected in DLP 3D printers is called a digital micromirror device (DMD). This is sort of like the galvanometers in an SLA printer, but much more sophisticated.
The DMD is at the “heart” of every DLP chipset. A DMD contains hundreds of thousands or even millions of small micromirrors that direct the light and create the pattern of a layer.
Since DLP 3D printers use digital light projector screens as a light source, the image of a layer is made out of pixels. Once 3D , these become voxels — tiny rectangular prisms visible in all three axes.
The process
The process of printing for DLP is the same as with SLA, the build platform is poured into the vat leaving only one layer in height between itself and the bottom of the vat. When the image of a layer flashes, it cures the resin forming a solid layer. The build platform moves up and the process is repeated until the part is complete.
Up to this point, we’ve only mentioned the benefit of a DLP 3D printer over an SLA machine: the increased speed. As you would expect, DLP also has its limitations.
Since a DLP 3D printer uses a digital projector screen, it’s difficult to print large detailed parts using its full build volume. In order to achieve highly detailed parts, the size of an image that the projector flashes needs to be small enough that individual pixels can’t be seen.
To fully understand this, imagine you increased the size of a picture on your smartphone. As the picture grows, the quality is sacrificed. That’s why DLP is not suitable for producing one big detailed print or printing many detailed objects using its full build volume.
Another limitation of DLP printers is the boxy surface finish. Since voxels are rectangular, curved sections of a print tend not have a very smooth finish when compared to SLA. The good thing is that the problem with voxels and curves can be solved by sanding the part after printing.
Both DLP and SLA printers use resins, so the cost of printing should be similar. However, keep in mind that cost greatly depends on the manufacturer of the resin or even the printer.
HALOT series products are specially designed for resin 3D printing and are commonly used in manufacturing industries due to their high precision.
On the occasion of the 7th anniversary of Creality, the HALOT series 3D printer was launched under much anticipation, which belongs to the resin series.
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.
This is the second HALOT-Series printer to sneak into the Creality store shortly after, named HALOT-One.
Pros of Water Washable Resin
Cons of Water Washable Resin
Pros of Standard Resin
Cons of Standard Resin
The price difference between standard resins and water-washed resins is not that big. You can find a 1kg standard resin for about 22€, and water-washed resin for about 29€
Since water-washed resins are washed with water, they may take more time to dry than regular resins that use IPA as a cleaner, as IPA dries faster than water. Prints may crack or leave marks if they are not properly dried before curing.
What is the Best Water Washable Resin?
One of the best water washable resin that you may want to get for yourself is the Creality Water Washable Resin. They are available in White/Gray/Black colors.
The Advanges of Creality Water Washable Resin:
Fast Curing and Excellent Fluidity
High Precision and Low Shrinkage
Wide Applications(compatible with most DLP/LCD resin printers)
Low viscosity
Low odor
Cost-effective
Smooth finish
]]>1. Modeling, leading to STL data
In the case of using 3D modeling software, it can be saved or exported to STL format. If you don’t understand how to export to STL format, you can search for STL format on Baidu, usually online Tutorial.
2. Check if there is any problem with the model
Usually, we propose to use magics software to test our model
Magics specializes in handling STL files. It has the advantages of being powerful, practical, and efficient. It is an indispensable software in the field of 3D printing. It is often used in parts placement, model repair, adding support, and size detection.
Part repair information → update → repair → save part as STL
Check the data of the reversed normal, bad edges, and noise shells inside, click on the subsequent repairs, except for shells and advanced, all display as 0, which indicates that the model is normal.
3. Model Slicing
Considerations for model slicing
(1) It is best to choose a smooth bottom surface without any holes.
(2) Do not choose the largest contact surface to be close to the bottom plate
(3) The bottom end rises 5mm, select all supports
(4) Check some unsteady supports
Some positions close to the bottom plate must be supported with more points to ensure that they can be fully supported. If the support is too sparse, it will cause the model to fall during printing.
Then the model can be exported into a png zip format print model according to the previous slicing tutorial.
4. The Preparation of the Resin before Printing
1).Shake the Resin UV left and right lightly before use it, do not shake it vigorously to cause a lot of bubbles
2).Do not directly touch the resin or eyes. If it causes skin irritation or discomfort, please rinse with water immediately. If the situation is serious, please prevent medical treatment
3).It is recommended to use the consumables proposed by the manufacturer to prevent damage to the printer.(We recommend use creality standard UV curing resin or creality water washable resin
4). Storage of Resin: when the resin is not used, it can be filtered and then recycled into the bottle, or cover the trough with something to avoid direct sunlight and strong light, and avoid dust entering
5.Printing
1). Placement of the machine: Do not place the machine around flammable and explosive objects or high heat sources. Please place the machine in a ventilated, cool, and dust-free environment.
2). Power socket: The power plug needs to be connected to a three-hole socket with a ground wire. Please use the power cord attached to the machine. Do not use other product power cords to replace it during the installation process.
3). Machine placement environment: Do not place the printer in a vibrating or other unstable environment. Shaking the machine will interfere with the printing quality of the printer.
4). Check the fixed position: Before printing, it is necessary to check whether the knob on the platform and the fixed position on the chute are clamped tightly to avoid instability during printing.
5). Check the screen illumination: check whether the screen illumination is normal before using the machine, please wear anti-UV glasses to check. Do not look directly at the screen when testing the screen to prevent eye damage.
6. Inspection before printing
1). Inspect the material chute: make sure that there is no debris in the material chute before printing. If you are not sure whether there is residue in the material chute, please use the machine's tray to remove it, and then remove the solidified surface in the material chute, remember not to use it The metal spatula touches the release film in the trough.
2). Check the exposure time: Check whether the exposure time meets the specified range of consumables during printing, and avoid the expansion of the model when the printing time is overexposed, or the lack of time may cause unformation.
For different machines, model sizes, and support are all parameters that interfere with the exposure time. Therefore, customers who have just started light-curing 3D printing can first ask professional technicians to understand the range of parameters, and then try to test. For the printing effect, correspondingly change the parameters of the appropriate model printing.
3). Printing environment: Do not use in direct sunlight or strong light space. The machine should be in clean air, no obvious floating objects, temperature: 26±5 degrees Celsius. For high-quality printing quality, please print in an indoor constant temperature environment.
7.Parts Post-processing Process
Many friends who are initially exposed to 3D printing want to say that the works printed by others are glamorous and look tall, while the models printed by themselves are rough and not very beautiful. In fact, these are all problems that need to be solved in the part post-processing process to ensure the realization of high-precision and high-quality qualified parts.
1). Removal: After the production of ordinary parts, please wear protective gloves as much as possible when taking the model. When removing the metal shovel, you can clean it with alcohol first. After the model is printed, please clean the platform before removing it. Material trough to prevent the resin on the molding platform from dripping onto the screen.
2). Cleaning: After the parts are removed, it is best to clean them with TPM (tripropylene glycol methyl ether) or anhydrous industrial alcohol. Do not use medical alcohol and edible alcohol with a large water content. For slender parts and thin-walled parts, the soaking time in alcohol and other organic detergents should not exceed 1 minute, otherwise the sample is easy to soften and deform; for thicker parts, the soaking time should not exceed 3 minutes as much as possible; the support is not easy to remove. Do not soak the supporting parts for more than 3 minutes, and pay attention to soaking only the supporting parts of the parts.(Notice: If use water washable resin,you can use tap water to wash the prints, save your money on IPA. )
3). Polishing: Keep the parts before polishing as dry as possible. The cleaned parts are blown dry with compressed air, and the parts that are not easy to blow dry can be wiped with paper cloth. When sanding with water as fast as possible, avoid too much soaking in water, because the water will soften and deform the newly-baked sample (green embryo) to a certain extent. If the sample is soft before sanding, it must be left to stand for dehydration before sanding, and then left to stand for dehydration again. This means that softer parts need to be left to stand for dehydration twice.
4). Static dehydration: The newly formed parts (raw embryos) are easy to absorb water and alcohol due to the continuing internal reaction, which causes the parts to swell, soften, and deform. Static dehydration can further volatilize alcohol and water. Therefore, the polished parts need to be blown dry again with compressed air, and placed in a constant temperature and humidity equipment room. At the same time, it is strongly recommended to blow the front and back sides with a fan with strong wind for 30 minutes.
5). UV post-curing: The parts after standing and dehydration need to undergo UV post-curing treatment for at least 30 minutes. It is strongly recommended that the UV post-curing box be placed in the equipment room with constant temperature and humidity. The distribution of the light source in the UV curing box has a great influence on the curing effect, as far as possible to ensure that the sample is uniformly radiated by light from all directions.
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However, the traditional jewellery manufacturing process has to go through a variety of processes, such as plate release, rubber molding, opening mold, wax injection, and mold repair, which cost a lot of materials, space, equipment, manpower and time. The limitation of traditional processing industry technology makes many excellent jewellery designs only remain conceptual and cannot be realized. But for 3D printing technology, it happens to be free from these factors. Whether 3D printing technology is used directly or indirectly in jewelry manufacturing, it will simplify the current jewelry production process and promote the development of the industry in the direction of personalized, digital and intelligent manufacturing.
The advantages of 3D printing in the jewelry industry
1.Simplified design and production process
Compared with traditional manufacturing, the complicated structure cannot be completed by hand. 3D printing technology can make up for this artificial flaw. 3D printing technology uses computer technology to build a three-dimensional model, and introduces digital production into the system on demand and quantity, which can quickly produce high-precision and complex craft jewelry that cannot be achieved by traditional manufacturing. You only need to build your personality model through 3D modeling software, and you can make any shape through a 3D printer.
2.Reduce labor and production costs
3D printing omits relevant steps such as prototyping and mold making, greatly reducing the production period and material costs, and has the advantages of simple operation, rapid prototyping, high precision, saving raw materials, and reducing losses.
3.Personalized customization
For many jewellery brands, only by providing customized services for the young market can they stand out from the jewellery companies. 3D printing can produce custom-designed products with guaranteed quality at a lower cost, which can meet the diverse needs of consumers for styles and provide them with efficient and convenient private customization.
4.Liberate design thinking
Compared with traditional manual craftsmanship, when designers design jewelry, even if they give priority to craftsmanship when conceiving and designing, in the actual production stage, traditional manual craftsmanship will still fail to achieve production. Through 3D printing technology, no matter how peculiar shapes, how outrageous ideas and designs can be printed out in 3D, this is impossible with traditional craftsmanship.
5.The finished product is more refined
Through the 3D printing technology, the jewelry model is more three-dimensional and full. It can perfectly show the design of diversified styles, and can create more novel jewelry works, such as curved surfaces, hollows, etc., making high-end jewelry more Shiny.
Creality 3D has been committed to the market application of 3D printers, providing jewellery companies with efficient and affordable 3D printing comprehensive solutions and cost-effective 3D printing equipment, helping 3D printing to flourish in the jewellery industry. With its high-precision, high-stability printing, its light-curing brand HALOT series products can quickly solve the problem of long production periods in the manufacturing industry, specifically to reduce costs for the jewelry industry and provide effective assistance for the intelligent transformation of the jewelry industry. To learn more about the application of 3D printing equipment in the jewelry industry, please check HALOT-ONE or HALOT-SKY
]]>Creality HALOT-ONE Features:
Creality self-developed optical system of new generation compared with the directional matrix light source, HALOT-ONE adopts has the absolute advantages of 20% higher precision, 15% higher uniformity and 99% higher saturation, which perfectly solves the problems such as uneven light curing, overexposure as well as corrugated layer on the printed models.
Creality HALOT-SKY Features:
The HALOT-SKY (codename CL-89) is the one of this new series, and is a large format resin printer with an 8.9-inch 4k monochrome LCD screen, a 192x120mm print area and a 200mm print height.
It is equipped with a brand new lighting system with a power of 120w, and an innovative UV light reflection system for a uniform illumination of over 90%.
The powerful lighting system, together with a monochrome screen, allows for ultra-fast printing, with exposure times of between 1sec and 4sec per layer.
Parameter comparison Halot one vs Halot sky:
HALOT-SKY | HALOT-ONE | |
Model | CL-89 | CL-60 |
Machine Dimension | 340*292*552mm | 230*230*415mm |
Light Source System | Self-developped integral light source | |
Lamps Quantity | 12 | 6 |
Illumination Uniformity | 0.9 | |
CPU | 64-bit 4-core CPU/GPU | |
WIFI | equipped inside | |
Printing Screen | 8.9 inch, 4K monochrome,service life 2000h,tempered protective film | 5.96 inch, 2K monochrome |
LCD Resolution | 3840*2400 | 2560*1620 |
Printing Size | 192*120*200mm | 127*80*160mm |
Touch Screen | 5 inch high definition colorful touch screen | |
Operation System | Linux | |
Power Supply | 110-240V wide voltage support, certified | |
Z-Axis Structure | Dual linear rails + T-patton lead screw | single linear rail +T type screw+coupling |
File Transfer | USB | |
Printing Speed | 1-4s/layer | 1-4s/layer |
Layer Thickness | 0.01-0.2mm | 0.01-0.2mm |
Filaments | 405nm wavelength, standard rigid resin, dental mold resin... | |
Languages | support 9 languages, priority to Chinese/English | |
Body Materials | Stable sheet metal body | |
Air Purification | Included | |
Upgrade | OTA Online |