Home » Misc » Ultra base 3d printer

Ultra base 3d printer


Ultrabase 300*300mm 3D Printer Platform Tempered Heated Bed Glass Plat – Robocraze

Ultrabase 300*300mm 3D Printer Platform Tempered Heated Bed Glass Plat – Robocraze Skip to content

Related Tags

3D Printers/Pens

Electronic Accessories

Heat Bed & Controller

New Arrivals

Ultrabase 300*300mm  3D Printer Platform Tempered Heated Bed Glass Plate with Microporous Coating

This is a high-quality sticker with adhesive backing for the 3d printer builds plates of dimensions 300mm x 300mm.

Ultrabase Glass Plate helps you to avoid warping and offers a flat surface. Ultrabase 3D Printer glass plate works perfectly with Creality3D printers in the 300mm size. It helps you to avoid warping and enables you to perform 3D prints with flat surfaces.

Ultrabase helps to prevent following problems:

  • Filament doesn’t stick onto the platform due to flatness of aluminium bed
  • Ultrabase is an alternative to use blue tape or glue to make 3D prints stick to the platform and minimize warping
  • It makes objects more easy to remove. Often 3D printed parts are not easy to remove or you are afraid to remove them from the building bet. Ultrabase stops this worries.
  • You don’t want to chance your masking tape after each 3D print. If you don’t change it it may be damaged and your object will not stick on the surface. Ultrabase is your solution!

Temperature settings for different filaments:
  • PLA: 50-70ºC
  • Flexible filament: 50-70ºC
  • ABS: 100-125ºC ( 110ºCis recommended )
  • PC: 100-130ºC ( 120ºC is recommended )
  • Nelon: 90-120ºC ( 110ºC is recommended )
  • PP: 100-130ºC ( 120 ºC is recommended )
  • PETG: 50-70ºC

Note: 

  • Suggested bed temperature may vary depending on the filament material.
  • Please properly level the bed before printing
  • Never let the nozzle rub against the Ultrabase directly
  • Clean the platform surface with alcohol/water.

Package Includes:

  • 1 x Ultrabase 300*300mm 3D Printer Build Surface Heatbed Sticker for 3D Printer Heated Bed

Specifications:

Material  Tempered glass with microporous inorganic coating
Heat Bed Power 140-145W
Item size (mm) 300x 300(L x B)
Weight 780g

Related Blogs

Use left/right arrows to navigate the slideshow or swipe left/right if using a mobile device

Anycubic® 240x220x5.

5mm Ultrabase Platform With Heated bed For 3D Printer Sale
  • Brand: Anycubic

    Precise details>>

    Features:

    1. Excellent adhesion: Ultrabase covered by microporous coating, shows strong adhesion in printing.
    Easy to take off models by hand or with a little help from the scrapper for very large models.
    2. Ultrabase integrated with heated bed: Super Flatness, Fast and uniform heating
    3. Durable: The special coating is inorganic and has a hardness of 8 Mohs, and it is capable to work at 400ºC.
    4. Easy to clean: Ultrabase is easy to clean by alcohol/water.
    5. Compatibility: compatible with all the Cartesian style 3D printer with a MK3 heated bed.

    Temperature settings for different filaments:

    1. PLA:50-70ºC
    2. Flexible filament: 50-70ºC
    3. ABS:100-125ºC ( 110ºCis recommended )
    4. PC:100-130ºC ( 120ºC is recommended )
    5. Nelon:90-120ºC ( 110ºC is recommended )
    6. PP:100-130ºC ( 120 ºC is recommended )
    7. PETG: 50-70ºC

    Specifications:

    Material:( Special Glass + microporous coatings )
    Item size:( 240*220*5.5mm)
    Box size:26.5cm*26.5cm*5.5cm
    Heat Bed Power :140-145W

    Heat bed Specification:

    (1) Material: Aluminum base
    (2) Voltage: 12V 
    (3) Max Temperature:120 Degree Celsius 
    (4) Dimensions:240mm x 220mm
    (5) Thickness: heat bed 1.5mm
    (6) Resistance around 0.9 ohm for 12V

    How to assemble (←pls click)

     Notes:

    - Suggested bed temperature may vary depends on the filament material;
    - Please properly level the bed before printing;
    - Never let the nozzle rub against the Ultrabase directly;
    - Clean the platform surface with alcohol/water.

    Package Included:

    1x Anycubic® Ultrabase Heated bed kit

     

    Shipping Methods

    The total estimated time it takes to receive your order is shown below:

    The total delivery time is calculated from the time your order is placed until the time it is delivered to you. Total delivery time is broken down into processing time and shipping time.

    Processing time: The time it takes to prepare your item(s) to ship from our warehouse. This includes preparing your items, performing quality checks, and packing for shipment.

    Shipping time: The time for your item(s) to travel from our warehouse to your destination.

    Recommended shipping methods for your country/region are shown below:

    Ship to:Ship From

    This warehouse cannot ship to your location.

    Shipping method(s) Shipping time Tracking information

    Note:

    (1) The shipping time mentioned above refers to the estimated time of business days that the shipment will take after an order has been shipped.

    (2) Business days do not include Saturday/Sunday and any public holidays.

    (3) These estimates are based on normal circumstances and are not a guarantee of delivery times.

    (4) We are not responsible for the failures or delays in delivery resulting from any force majeure event, such as natural disaster, bad weather, war, customs issues, and any other event beyond our direct control.

    (5) Expedited shipping can not be used for PO Box addresses

    Payment methods

    We support the following payment methods.Click for more information if you are confused about how to pay.

    *We currently offer COD payments for Saudi Arabia, United Arab Emirates, Kuwait, Oman, Bahrain, Qatar, Thailand, Singapore, Malaysia, Philippines, Indonesia, Viet Nam, India. We will send a confirmation code to your mobile phone to verify that your contact details are correct. Please ensure you follow all the instructions contained in the message.

    *Paying with Installment (credit card) or Boleto Bancário is only available for orders with shipping addresses in Brazil.

    3D printer ZBUILDER ULTRA | 3D Ideas

    Professional Resin 3D Printer

    Benefits

    The ZBuilder Ultra is a high resolution 3D printer with SLA (stereolithography) technology. With this technology, you get models of excellent quality, comparable in properties to those obtained by injection molding. Accuracy, surface smoothness and durability will pleasantly surprise you.

    Application

    Using Zbuilder, you can evaluate the functionality of your development, check the operation of a complex mechanism, and finally, eliminate possible errors and shortcomings before starting the mass production of the final product. The speed and accuracy of the 3D printer will please both the engineer and the jeweler.

    Speed ​​and precision - for engineers

    Accuracy and high detail - for jewelers!

    Accuracy of digital copies

    Accuracy: Z-axis resolution is within +/- 0. 008 in* (+/- 0.2 mm*)

    How it works

    Platform filled with photopolymer . Then, using a high-precision DLP projector, a section of the model being grown is projected onto the photopolymer layer. In those places where light hits the photopolymer layer, the material hardens. After some time, the platform is lowered by the thickness of the layer and the process is repeated.

    What does the result look like?
    • cured photopolymer strong and flexible
    • manufactured parts similar to injection molded
    • Completely eliminates the 'stepping' effect of home printers
    • The accuracy of the projector is such that it is not a problem to get sharp edges like a knife blade

    Photopolymer fills the bath

    Projector builds a section

    Surface smoothness

    Always great results

    3D printer specifications:

    • Working chamber size: length: 260 mm, width: 160 mm. height: 190 mm
    • Print technology: Stereolithography - SLA (Stereo Lithography Apparatus) - photopolymer curing with DLP projector
    • Working chamber size (maximum size of the resulting model): length: 260 mm, width: 160 mm, height: 190 mm
    • Print resolution: X-axis: 184 dpi (138 µm), Y-axis: 184 dpi (138 µm), Z-axis: 500-254 dpi (50-100 µm)

    Print parameters

    • Layer thickness: 50-100 µm
    • Growing speed: 12.7 mm/h
    • Material colour, yellow
    • Material name: SI500 - strong yellow photopolymer resin
    • Model support material: same as model
      • material

    You can also purchase Zbuilder Ultra 3D printer from us at a discount! We sell the device in a complete set, with a bath filled with material (24 liters of photopolymer) and a set of consumables - canisters with LS600 photopolymer (branded photopolymer, with factory "tags")

    If you are interested in purchasing a device and want to know the cost, just fill out the form and we will contact you.

    Your name (required)

    Your e-mail (required)

    Your phone number (required)

    Company

    Installation address
    Moscow, within MKADMoscow, outside MKADPodmoskovyeOther city

    Comments

    beginner's guide / Sudo Null IT News

    The author of this post saw the first 3D model printed on a printer about 10 years ago. There was a meeting at a huge Russian advertising agency that was using the power of 3D printing to print demonstrations of a very expensive souvenir - it was to be made from copper, bronze, silver, and very small things from gold. The commercial director of the then company and I were twisting in our hands the future figurines and badges made of brown-gray-blue plastic, with sloppy burrs, “failures”, etc. It seemed to us the eighth wonder of the world - and when we were given the mock-ups for good, we were happy as children and already in the car joked that it would be cool to print pancakes, cakes and sausages on a printer. We have never been so close to predicting the future.


    When the owner bought a 3D printer and you realized what hopelessness looks like

    Today, 3D printers have become so affordable that almost everyone can buy their own just for fun (and we buy - we at Gearbest know better than anyone), for example, to print New Year's snowflakes or toys with a child, to make a model for work, an airplane for a hobby or elements for some incredible DIY. Moreover, often a 3D printer takes its place of honor next to a long-dead home printer, and the owner sometimes conscientiously thinks about finally printing something. Well, at least the Eiffel Tower and the Arc de Triomphe for my sister, who is passionate about French.

    Such popularity is not surprising - 3D printers appear almost every week: affordable, with excellent consumables, multifunctional. And this trend will lead to one thing: printers will settle in everyone's home as a working tool, assistant, toy, training complex.


    Looking forward to next generation 3D printers

    The theory you need to understand what your 3D printer is like

    Although the article is for beginners, it will not be possible to avoid terms - a long journey begins with the first step. Therefore, first of all, you need to ask what kind of printing technology a 3D printer has. Most hobby printers use a technology called "Fused Deposition Modeling" (FDM), aka "Fused Filament Fabrication" (FFF), aka "Plastic Jet Printing" (PJP). The printing technology is simple and straightforward: layers of plastic (rarely another material) are superimposed on each other and form the figure that you have modeled. That is, the product, as it were, is made up of many horizontal sections formed from plastic, which is extruded from a hot nozzle (the plastic thread melts) and freezes immediately after extrusion.

    There are also SLA printers in which printing occurs due to the fact that the resin interacts with a laser and hardens as the shape is created. These printers print ultra-precise and detailed products.

    The base material for DIY home printing is colored plastic, most often sold as filament on spools (rarely in short lengths). But, as we remember from the school chemistry course, plastic is also different and each type of material has its own properties of strength, brittleness, transparency, plasticity, etc. Most often, the material is called ABS filament or PLA filament. And these are not just acronyms.

    ABS plastic is quite impact resistant and durable, does not break when bent. It is called by the first letters of the components: acrylonitrile (up to 35%), butadiene (up to 30%), styrene (up to 60%). It is a non-toxic and safe material that can be handled in the presence of children. However, in the open sun and frost, plastic can lose its appearance.

    PLA (polylactide) is an extremely thermoplastic polyester that is more brittle and less durable than ABS. Completely environmentally friendly and biodegradable. PLA is made from corn or sugar cane. This type of plastic holds its shape well and has good friction, so if you're building something with moving parts, look into PLA.

    If we divide it very roughly, then ABS is more for professionals, and PLA is for beginners.

    What other materials are available?
    • Stainless - An alloy of stainless steel and bronze. Very cool material, but not used in amateur 3D printers.
    • Wood is a mixture of recycled wood and polymer. Products from a good, expensive thread of this kind look like wood and are pleasant in the hands. Printing with such a thread is no more difficult than the others.
    • Resin is an expensive material with a high degree of smoothness, precision, excellent texture. Products may become cloudy from sunlight.
    • Nylon is a popular material for 3D printing, but is more commonly used in industry and medicine.

    When choosing materials, pay attention to the size of the spool and the diameter of the filament - they must meet the specifications of your printer.

    • Print area - in other words, the volume of a figure that can be printed on a 3D printer. This value is usually specified in cubic centimeters or as a ratio of depth, height and width in mm.
    • Print speed is an important parameter that determines how fast the nozzle gives off the molten filament (mm per second). Good speed is not always worth rejoicing at - sometimes it comes at the expense of print resolution. Also, the speed is affected by the print material and the structure of the model itself that you are trying to make.
    • Layer resolution - essentially the thickness of the layer: high resolution - thin layers, almost imperceptible relief, smooth product; low resolution - rough work with thicker layers. Often, 3D printers provide the user with the option to choose a resolution.

    Layer thickness 50, 100 and 200 microns - there is a difference, of course. The material is melted in the nozzle and extruded from it (printed). In addition to the nozzle, the extruder includes a filament feed mechanism, a temperature sensor and a cooling system (in normal models). If the printer has one extruder, then the print is pretty monotonous - one color at a time. But two or more extruders allow you to combine colors and materials. Printers with a dual nozzle per extruder are rare, expensive - at home this is an overkill.
    In extrusion, a thermoplastic filament is extruded as a molten material and this very material is deposited along the X and Y coordinates, and the object itself is “formed” along the Z coordinate (hence 3D printing).


  • Memory Device Support - Printers can support memory cards, USB, smartphones, Wi-Fi devices, and more. An external PC for 3D printing is not always needed.
  • 3D printer software usually comes with the hardware itself. Its main task is to be able to open and process STL files (used for printing models and passing some parameters). But do not forget that for 3D modeling you will need specialized software such as Sketchup, Autodesk Inventors Fusion, etc. It is these programs that will help you design the model and generate the STL file.

Autodesk Inventors Fusion

  • Options - beautiful display, function buttons, material recognition, etc. - this is already a matter of taste and convenience, which, nevertheless, affects the price.

Well, separately it is necessary to say about the delivery model, which you will certainly meet even in this article - the concept of "Kit". Kit differs from Assembled in that the user must assemble the device on their own (DIY). There are many pluses: the main one is the pleasure of assembly and the opportunity to study the printer to the screw, the second is a significantly reduced price due to the compact delivery, also due to the fact that the manufacturer did not have to assemble and calibrate your 3D machine.

Alfawise U20 can be called a solid printer for beginners - on the one hand, it is simple and affordable ($299. 99, and with the GBAlfawiseU20 coupon $279.99 - only 50 coupons), on the other hand, it has everything to make the owner feel almost professional. What we get from this model: a working area of ​​​​300 x 300 x 400 mm (this is enough for most amateur requests and for some engineering ones), a solid aluminum frame, an extruder with a single 0.4 mm nozzle and the ability to heat up to 250 degrees (and this is already choice of material!), support for a memory card, convenient LCD screen, print speed from 20 to 150 mm / s, support for ABS, PLA, TPU (wear-resistant flexible material based on polyurethane). The printer weighs 12 kg, it will take up space on the table. And yes, this is the same DIY Kit, that is, you have to assemble the car yourself (not without fun!).


Another model that has become literally a classic for beginners in the field of 3D printing is the Anet A8 printer (price $145.99). This is a printer proven by the experience of many users, reliable as a Kalashnikov assault rifle and just as simple. What we have: a working volume of 220 x 220 x 240 mm (this is not very much), support for a bunch of materials, including “wood”, nylon and glowing threads, support for SD cards, a print speed of 100 mm / s and a very modest but informative LCD -display. Good sweet Anet in that you can find almost any information and any user experience on it. The popularity of the model plays into her hands (or whatever she has ...).


For comparison, let's take an expensive 3D printer - Creality3D CR-X, which is currently on pre-order for $ 789.99. And it really differs from the listed models. First of all, it is a large workspace 300 x 300 x 400 mm, resolution 50-400 microns, 4.3' touchscreen. Well, the main feature is support for printing in two colors due to the dual extruder and working with PETG, an impact-resistant material with almost no smell and no shrinkage. The printer comes with a set of tools, has a siliconized working platform (the chances of getting burned are almost zero) and a dual cooling system. As you can see, the difference is obvious.


By the way, in the world of 3D there are MFPs, as well as in the world of printing printers. Typically, 3D MFPs include cameras for remote print monitoring, conventional printers, scanners, and more.

What do you need to decide before ordering your 3D printer?

You can buy an extra mobile phone “to see what the shell is”, a couple of external drives, headphones out of curiosity and even a second DVR, but buying a 3D printer out of the blue is a dubious story: it’s big, takes up a lot of space, costs normal money and in general requires a responsible approach and awareness that it will need kilometers of consumables (fortunately, mostly inexpensive). It's almost like with a cat - you take it once and for all. But not because it is difficult to resell if something happens, but because you get attached to the soul.

Your house will be filled with cuteness and funny figurines

So, what you need to decide.

  • Budget. 3D printers cost anywhere from $150 to several thousand dollars. Accordingly, decide how much you are willing to spend, how much consumables you will have to purchase. Choose a printer according to your goals, but do not try to save money at any cost - if you decide to take 3D printing seriously, some important functions may not be enough in an inexpensive model.
  • Your projects. What are you going to do? How busy will your printer be (for example, one thing is rare crafts for school or clubs, another is servicing the production of hand-made gifts and gizmos for making money)? What materials will you need?
  • Needed materials and their properties - ask about materials and consumables, make a list and calculate the amount of threads you will need. If your project involves some kind of commercial component, consider the fact that the delivery of materials will take some time. Be sure to check if the selected printer supports the required types of plastic.
  • Multi-color printing - if you need multiple colors, you need a printer with multiple extruders, and this is a different price category.
  • Printing goals usually determine the size of the printer you need. If you are just going to “play around” or buy a toy for a child, then it is better not to bother and choose a compact printer with a small working volume. This will be quite enough for just for fun.

For example, there is a very nice model Alfawise X6A. Firstly, it is stylish and looks somewhat better than the usual "skeletons", and secondly, it has a very compact working area - 220 x 220 x 220 mm. At the same time, it is open to any experiments and supports ABS, HIPS, PC, PLA, PVC, Wood materials, has a print speed of 20 to 150 mm, a good print resolution of 0.06 to 0.4 mm, supports SD and USB, is equipped with great working display. And at the same time, its total dimensions are 41.5 x 40.8 x 44. 5 cm - that is, it will simply take a corner on the desktop. This is a really compact home model. And it only costs $289.99 (with coupon GBX6A - $285.99).


  • Place for the printer - most often a desktop or any stable surface. However, we would recommend not to choose completely clogged premises (if it is an apartment, not a garage). The fact is that working with hot plastic involves a certain smell (the intensity depends on the material) and the room must be ventilated.
  • Your experience with 3D printing will determine the time from plugging in to the first result in your hands (it's an indescribable feeling to hold the first figurine made!). You need to get comfortable with technology, with the appropriate software, with memory cards, working with a PC, etc. However, for a modern person, such tasks are a matter of a very short time.
  • Who else will use a 3D printer. If your peer (brother, sister, friend, colleague) joins you, then this is one thing and you can share responsibility for the condition and operation of the printer. If this is your curious teenager, then it is better to work with the printer together, and choose a model that is more stable and reliable.
  • Get ready to process models. Alas, there is no perfection in the world (although the TEVO Little Monster Delta 3D Printer DIY Kit seems so to us - just look at this design!) And you will have to work with a file, nail scissors and knives of various stripes to bring the figure to perfection. It is often necessary to remove excess threads, sagging, protrusions, etc. from finished products.

For the first level user of a 3D printer, this information will be really useful, much more useful than numerous videos with the “magic” of printing. The fact is that the printer itself is just a tool and you create the main magic - with your imagination, skill, taste. But that the process is exciting is a fact. Even if the models are from the Internet, even if the material is the most inexpensive, and the printer is not fancy. Because the nature of creatine works wonders for each of us.

If you have special tips that can complement the article, please write in the comments - as Habr's experience shows, comments often give +500 to the usefulness of the publication. Let's explore the wilds of 3D printing together!

A few more models that we really like: