3d Printer Merk Innovation Vector Iv-230

3d Printer Merk Innovation Vector Iv-230

How to Buy a 3D Printer

3d Printer Merk Innovation Vector Iv-230



L-R: Ultimaker 2, Printrbot Simple Maker, Formlabs Form 1+

Fifty-R: Ultimaker two, Printrbot Simple Maker, Formlabs Form 1+

The future is here: 3D printers that can build objects on need are not just available, but also affordable. This emerging area of technology offers a lot of potential, but as well many pitfalls. So, what do you lot need to know, and which 3D printer is the right one for you?

The first thing yous volition need is patience. 3D printing is an area that’s developing very quickly, simply the 3D printers yous can buy now are a long mode from the replicators of Star Expedition fame. They impress slowly — often taking many hours to produce a unmarried object ­— and they offering a limited range of materials (most use two types of plastic, called PLA and ABS).

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Best 3D Printers

Even the best consumer 3D printers tin only build objects up to the size of a loaf of bread, and cheaper models have smaller build areas that usually measure only a few inches on each side. Just these printers can create objects of surprising strength, smoothness and clarity that tin can exist very useful around the dwelling, ranging from custom salt-and-pepper shakers to bootleg replacements for hard-to-find parts.

How 3D Press Works

To start, y’all need a model of the object you want to build. This tin be a model that you make yourself in 3D-modeling software, such as Blender; a
3D scan
of an existing object; or a model that y’all download from the Net.

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The free 123Design app by Autocad

The free 123Design app by Autocad

The software that works with the printer so takes this model and slices it, converting it into a series of thin layers that the 3D printer can print, one at a fourth dimension. This is why some 3D-printed objects have a stair-step look to them, formed past the layers stacked on tiptop of one another.

MakerBot Digitizer: Original shell (left) and 3D-printed copy made from scan. Paint can add detail. | Credit: Sean Captain

(Prototype credit: MakerBot Digitizer: Original crush (left) and 3D-printed re-create fabricated from scan. Paint can add detail. | Credit: Sean Captain)

How the 3D printer prints these slices to grade the terminal model varies. Most consumer models are filament printers, which utilise a thin cord of plastic that is melted in the extruder, where the molten plastic drops onto the building surface. More-advanced (and expensive) 3D printers use a resin, and the most-expensive models apply a powder that is melted or liquefied (and so rapidly hardens) to demark to the layer beneath it.

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XYZ Da Vinci 3D Printer/Scanner Review: Mixed Results

Most 3D printers come fully assembled and ready to print, but some are sold every bit kits that you assemble yourself. The prebuilt models are easier start with, but the kits offer amend insight into how these printers work, and allow y’all to customize and tweak them yourself when they are up and running. At that place are a lot of parts, but almost kits require just basic mechanical knowledge: If you’ve put together an Ikea bookshelf, you can build a 3D-printer kit.

The Printrbot Simple Maker’s Kit costs $349.

The Printrbot Simple Maker’s Kit costs $349.

Although 3D printers currently have some limitations, these devices are the vanguard of a applied science and pattern revolution in which yous can make what y’all want, when you lot desire it.  Let’south run downwardly the different types of 3D printers and the advantages and disadvantages of each.

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Types of 3D Printers

Entry-Level Filament 3D Printers

Price Range:
$350 to $1,500

The cheapest 3D printers are simple models, like the $749 Printrbot Uncomplicated with Heated Bed or the $999
Cubify Cube 3 (see review). These printers use a procedure typically called filament deposition manufacturing (FDM). A plastic filament is melted then deposited in thin layers that build upwardly the model. There are two possible types of plastic: ABS, or an organic version known every bit PLA. Budget printers accept a single nozzle for laying down the filament.

Pros:
 Low-cost, simple printers are an ideal entry point for 3D printing. They are usually relatively straightforward to set up and configure.

Cons:
This type of 3D printer prints only one colour or material at a time, and the build surface area is commonly adequately small — typically about four x 4 10 4 inches (x x 10 x 10 centimeters).

Key Features & Accessories:
Most printers of this type include bones software, just some come with no software, leaving you lot to observe open-source solutions. They typically use i.75 or 3mm filament, which is widely available on rolls in a range of colors.

Loftier-Stop Filament Printers

Cost Range:
$1,000 to $3,000

More than sophisticated FDM filament printers, similar the $two,500
Ultimaker ii (see review)
or the open-source RepRap Mendel ($1,595 for a kit), add extra features to the standard 3D filament printer, such as multiple extruders and thinner layers (down to 0.0039 inches, or 0.1 millimeters) for smoother prints.

Pros:
Larger print areas mean bigger prints than their simpler cousins can produce. Multiple extruders mean multiple colors or materials in one object.

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Cons:
Higher price. More sophisticated designs and parts can mean more parts that could break with heavy employ.

Key Features & Accessories:
The number of extruders, either included or bachelor as an upgrade, and the improved vertical or Z resolution are the critical factors here. These models tend to offer larger build areas, ofttimes up to nigh 10 x 6 x 6 inches (25 x 15 10 15 cm).

Other-material FDM 3D Printers

Cost Range:
$2000 and upwardly

Relatively low-cost printers that can apply materials other than plastic are kickoff to appear on the market. Hyrel offers an extruder on its Eastward serial printers — like the $ane,245 E2 — that can print using any air-dried material, such as dirt, Plasticine or the popular air-cured plastic Sugru. The Plasticine tin can exist good for producing more flexible models, and Sugru is known for its elasticity. Different most printed plastics, Sugru can curve, stretch and flex nearly similar rubber.

Pros:
Support for printing materials other than plastic means more flexible printing in a range of materials that may be more suited to the task at hand. Y’all can print pots and dishes of air-stale dirt, for instance.

Cons:
Support for other materials is often experimental, so you take to effigy out what they can (and tin’t) do.

Key Features & Accessories:
Look for the number of extruders that the device can support, and the cost of these and other extras that might be needed for your materials.

Stereolithography (SLA) 3D Printers

Price Range:
$3000 and up

New on the 3D printer market place are models chosen
Stereolithographic or SL printers, like the $3,299
Grade 1+ (run across review)
or the B9Creator ($ii,990 kit, $4,995 assembled), which use a photosensitive resin and a digital projector or laser. The light is shone on the resin in the pattern of the layer, causing it to solidify. The build surface is so lowered, and the light forms another layer until the object is complete. These printers can produce very-high-resolution objects, only the colors of the resin are limited.

Pros:
Very high resolution, smoothen prints, with details as fine every bit 0.012 inches (0.030 cm) and layers equally sparse as 0.001 inches (0.003 cm). The printing process is unremarkably quicker than with FDM filament models.

Cons:
Limited range of resin colors, and the newness of the applied science makes both the printer and the print resin expensive.

Key Features & Accessories:
The cost of the printer and the types of resin are the key considerations: For the Form one+, the resin currently costs $149 per liter, and is available in but clear, white, grayness and black. The build area is also a disquisitional feature to consider; most offer small build areas of about 6 10 5 x 5 inches (fifteen by 13 by 13 cm).

Powder 3D Printers

Price Range:
$ten,000 and up

Another approach is chosen
powder press, in which a fine powder is spread over the print surface, and either a laser sinters (melts) the pulverization (a process called selective laser sintering or SLS), or a solvent liquefies the powder, causing it to demark together to form the layer. The reward of powder press is that it can support a wide range of materials, including metals, glass and plastics. Past mixing dissimilar colors of powder, they are the only printers that tin create custom-color 3D prints.

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The Future of 3D Printing Materials

Still, powder printers are more complex to build and demand either a powerful laser or a solvent, so they are expensive. The Zprinter 150, for example, is withal a commercial-form machine and costs $11,000. Patient tinkerers can admission the engineering science more affordably by building their own printer using the open up-source blueprint of the experimental
pwdr
printer.

Pros:
The printer can make objects in multiple, customized colors by mixing different colored powders. Some models tin can print from powdered metals.

Cons:
Currently, pulverization printers are either very expensive or only bachelor every bit open up-source designs that you can attempt to build yourself. The press materials are also expensive.

Key Features & Accessories:
As with all 3D printers, consider the size of the impress area and the toll of press. If y’all have to buy the printing material from 1 company (as y’all do with the ZCorp models), y’all should include this in your calculations, as the textile is usually pretty expensive.

Important 3D Printer Features and Specs

Build Area: This is the maximum size of an object that the 3D printer can build. This is unremarkably measured in XYZ dimensions, such as 8 inches wide (X) by 8 inches deep (Y) by eight inches high (Z). A smaller build area can exist limiting, but most print jobs can be split into smaller parts that tin can exist combined afterward, and then information technology may not be quite as limiting as information technology first appears. In general, look for a build area of at least five ten 5 x 5 inches 13 x 13 x 13 cm), which should be big plenty for most printed parts.

Extruders: The extruder is the business terminate of filament printers, where the printing material is melted and extruded to lay downwards each layer of an object. Nearly models accept a unmarried extruder, which ways they can print in only one cloth or colour at a fourth dimension.

Filament Width: Most consumer 3D printers utilize a plastic filament, which is unremarkably sold on ii.2-lb. (1 kilogram) rolls for about $40 to $lx. This is available in ii widths: one.75 millimeters and iii mm, with virtually printers using the 1.75-mm type. (The thickness of the layers that the printer uses is determined by the extruder, not the size of the filament.) With nigh printers, you lot tin buy and use filament from any manufacturer. The exceptions are printers from Cubify and Stratasys, which use filament cartridges that you have to buy from the manufacturer, at a slightly college cost.

Print Speed: This is the speed at which the extruder can move while laying down the impress textile for a filament printer. A faster impress speed usually means quicker prints. However, the type of material used can also affect the impress speed, and the complexity of the print can as well slow down printing: Complex models with lots of edges make for boring prints. You should look for a height speed of at to the lowest degree 20 mm per second, if possible. Other printer types (such as SLA and SLS printers) don’t measure out speed in the same way.

Horizontal, XY or Characteristic Resolution: Like a newspaper printer, 3D printers have minimum resolutions that determine the level of detail they can produce. The horizontal (or XY) resolution is the smallest movement that the extruder or print head tin can brand within a printed layer. A smaller horizontal or XY resolution means more fine item in prints, so look for a measurement of at to the lowest degree 0.01 inches (0.03 cm).

Vertical Z Resolution or Layer Thickness: This is the minimum thickness of a layer that the 3D printer can lay down in ane pass. A larger number for this means thicker, more than obvious layers in the final impress, while a modest number means smoother, more realistic prints.  But keep in heed that the process will exist slower, because the printer has to create more layers.

Most printers work with a layer thickness of 0.2 or 0.3 mm, just the power to create 0.ane mm or smaller layers produces noticeably smoother models. Some printers allow you to accommodate the layer thickness, so y’all tin can choose whether to make this trade-off.

3D Modeling Software

You lot can download digital files for printing from sites such as
Thingiverse
and
Youmagine. Only to customize them or get completely creative and design your own pieces, get-go with a unproblematic, gratuitous 3D modeling app. We recommend whatsoever of the apps beneath. Give them a look and see which one works all-time for you lot.

  • Cubify Sculpt
  • 123D Make
  • Zbrush
  • SketchUp Brand
  • Seamless3d
  • Wings 3D
  • Fine art of Illusion

3D Printing Services

Services such as Shapeways offer a wide range of product and material options.

Services such as Shapeways offer a broad range of production and cloth options.

You can go started in 3D press earlier you buy a printer, and without fifty-fifty knowing how to utilize modeling software. Companies such as Cubify (which too makes printers), Sculpteo and Shapeways let you to chose designs from their websites, upload models you get from other sites such as Thingiverse.com, or upload your own creations for printing on their industrial-grade printers. These services offering options to print in materials other than plastic, including ceramic and even metal.

Richard Baguley has been working as a engineering science writer and journalist since 1993. Also as contributing to Tom’s Guide, he writes for Cnet, T3, Wired and many other publications.


3d Printer Merk Innovation Vector Iv-230

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