Best 3d Printer Design Software
- The best 3D Modeling Software products are determined. Doodle3D is an open source 3d animation software, for 3D design and printing. It is available for Android.
- 24 Best 3D Printing Software Tools of 2018 (All Are Free) by All3DP Aug 3, 2018. Jump to the best 3D design/CAD software list. STL file viewing.
If you're looking for the best 3D printers of 2019, then you've come to the right place, as we've listed the top devices for 3D printing, no matter what you need them for.
Finding the right 3D modeling software for 3D printing is tough. That’s why we want to give you a complete overview about the best and most popular free 3D modeling software in this blog post. Classifying and benchmarking different 3D design program is a very complicated matter as everyone has. SketchUp is an ideal 3D printing software to design complex 3D print models for beginners with a user-friendly interface and relatively flat learning curve. 3D Warehouse of SketchUp is a huge library of 3D templates which is uploaded by users. Home / Software For 3D Printing. That calculates the cost of printing potential 3D design projects. List of the best 3D printing software tools focuses on. This is a curated list of the best 3D design software suites for 3D printing. From beginners to experienced designers, this list will have something for you!
So, in this list of the best 3D printers, we've got the best home 3D printers that can sit on a table or desk, and are ideal for hobbyists and beginners who are just getting started, as well as professional 3D printers that can produce large-volume 3D printouts.
We also have the best 3D printers for a wide range of budgets, from affordable 3D printers, to high-end 3D printers that may have high price tags, but offer unrivalled quality.
It's important to note that because the devices in our best 3D printers list are all so diverse - and are aimed at different use cases - we've not listed them in any particular order.
So, read our roundup carefully to see which 3D printer is best for your needs. No one wants to spend all their time researching all the best 3D printers – not to mention spending a ton of cash – so our list of the best 3D printers contains clear and concise information on all kinds of 3D printers, so you can find the best 3D printer no matter what your needs are.
1. MakerBot Replicator+
Print technology: Fused Deposition Modeling Camera resolution: 640 x 480 Minimum layer resolution: 100 microns Maximum layer resolution: 400 microns Dimensions: 528 x 441 x 410 mm Weight: 22.8kg
The MakerBot Replicator+ is the successor to the popular MakerBot Replicator 3D printer, and the new version has brought improvements to nearly every part of the Replicator. This means the Replicator+ is faster and quieter than the previous version, while maintaining its excellent design and safety features. This desktop 3D printer is expensive, but it offers excellent print quality, and uses 1.75mm polylactic acid (PLA) filament. It's also user-friendly enough for home users and hobbyists to use - as long as your budget can stretch to the high asking price.
2. XYZprinting da Vinci Mini
Print technology: Fused Filament Fabrication Minimum layer resolution: 100 microns Maximum layer resolution: 400 microns Dimensions: 390 x 335 x 360 mm Weight: 10kg
If you're looking for a budget 3D printer, then there really is no better option than the XYZprinting da Vinci Mini. It remains one of the most affordable ways to get into 3D printing, and also the easiest, thanks to an easy-to-use interface. Just because it's a budget model, doesn't mean it doesn't produce good results, and the 3D printed objects it creates are very impressive considering the price - and size - of this 3D printer. Speaking of size, the XYZprinting da Vinci Mini is an impressively compact printer that makes it easy to store in an office or on a desk.
Voted Best 3d Printer Design
3. Ultimaker 2+
The best professional 3D printer
Print technology: Fused Deposition Modeling Minimum layer resolution: 20 microns Maximum layer resolution: 600 microns Dimensions: 342 x 493 x 588 mm Weight: 11.3kg
The Ultimaker 2+ is a 3D printer that offers amazing print quality, making it one of the best 3D printers for professional use. It is incredibly reliable when it comes to producing 3D models, and the accuracy of the 3D replications is incredibly impressive. If you need a 3D printer that can reliably reproduce many 3D objects accurately, this is a fantastic choice. However, it is expensive, and the fact that it is aimed at professional environments means it's less beginner-friendly than some of the other 3D printers here. Home users are better off looking elsewhere.
4. FlashForge Creator Pro 2017
A great mid-range 3D printer
Print technology: Fused deposition modeling Minimum layer resolution: 100 microns Maximum layer resolution: 500 microns Dimensions: 526 x 360 x 389 mm
The FlashForge Creator Pro 2017 is the best 3D printer that sits between budget 3D printers and expensive professional models. It's a lot cheaper than pro models, though it maintains the build quality and reliability that you'd come to expect from a professional 3D printer. It's not quite as cheap as the budget and beginner models in this list, but it offers greater accuracy when printing 3D models. It is a tad noisy in use, however.
5. LulzBot Mini
Print technology: Fused deposition modeling Minimum layer resolution: 50 microns Maximum layer resolution: 500 microns Dimensions: 435 mm x 340 mm x 385 mm Weight: 11.33kg
If you're looking for a first 3D printer to learn the ropes with, then the LulzBot Mini is another excellent choice. It's got a decent price, and is easy to use, though the print speed is quite slow. The hardware is open source, which means it has a flexibility that propitiatory hardware lacks, as a committed community of makers can work together to create add-ons for the printer.
6. CubePro Trio
Best for three-colour, three-material printing at an incredible price
Print technology: Fused deposition modeling Minimum layer resolution: 70 microns Maximum layer resolution: 300 microns Dimensions: 578 mm x 591 mm x 578 mm Weight: 41kg
The bulk of home 3D printers are limited to one- or two-colour printing, but the CubePro Trio has the capability to print three different materials in one session. This can be especially useful if you want to create an enclosed mechanism: nylon can be used for the gears, ABS for the surround and PLA for the support structure that can then be dissolved with caustic soda. The CubePro is an ideal solution for modellers and engineers who need to create 3D prints with moving parts.
7. BEEVERYCREATIVE – BEETHEFIRST+
One for work and home
Print technology: Fused filament fabrication Minimum layer resolution: 50 microns Maximum layer resolution: 300 microns Dimensions: 400 x 140 x 400 mm Weight: 10.5kg
Best 3d Printer Cad Software
In general terms 3D printers are designed as boxes with purpose, however BeeTheFirst has created a printer with both quality of print and actual design in mind – this is a machine that really wouldn't look out of place in a modern living room. BeeTheFirst has also thought about how and where people will be wanting to use their printers – at work, home or both – and has incorporated a thin design with a handle that enables the printer to be easily transported.
8. LulzBot Taz 6
A brilliant update to the formidable Taz
24 seconds12 • Copy Features Standard Copy, Borderless Copy, 2-on-1 Copy, 4-on-1 Copy, Collated Copy (ADF Only), Frame Erase Copy (Flatbed Only), Copy Job Reservation, ID Copy, Auto Exposure (AE) Copy, Preset Copy Ratios, Zoom, Fit-To-Page, Preview • Scanner Type; Flatbed • Scanning Element; Contact Image Sensor (CIS) • Max. Resolutions; Optical: 600 x 1200 dpi14, Interpolated: 19,200 x 19,200 dpi15 • Scanner Features; Auto Scan Mode13, Network Scan, Wireless Scanning • Color Depth; 48-bit Input / 24-bit Output • Max. 
Print technology: Fused Deposition Modeling Minimum layer resolution: 75 microns Maximum layer resolution: 300 microns Dimensions: 660 x 520 x 350 mm Weight: 19.5kg
Initially you might be hard pressed to see the differences between the Taz 5 and 6; both feature a solid open frame build, large print base and ease of use.
However take a closer look at the refinements in design and improvements in usability and the upgrades quickly stand out. Features such as the auto leveling base has evolved from the one featured on the Luzbot Mini and works just as well on this larger scale, and the slight changes to frame layout and control panel are all welcome.
The Taz 6 is a big machine with an impressive print area of 280mm x 280mm x 250mm, with a 0.5mm nozzle capable of a minimum layer height of 75 microns and takes 2.85mm filament.
- Here's our pick of the best traditional 2D printers
Printing has made keeping records and two-dimensional visualizations possible. It also removes the difficulty experienced when trying to interpret a person's handwriting. Printing allows for the transfer of photographs and documents from a computer screen to a sheet of paper for archiving and presenting. With the exception of the small amount of toner transferred to paper, a two-dimensional printer cannot create depth or height to whatever is being represented. Depending on your profession, what if you require a printer to do more than just transfer text to paper? A 3D printer gives you the ability to construct a 3D model based on a design concept through the use of different materials, which is something your traditional laser printer cannot accomplish on its own. Think of a 3D printer as a form of technology that brings ideas as well as digital prototypes and models into tangible form.
In the technical sense, a 3D printer leverages a computer-controlled process for synthesizing and constructing an object using multiple layers of different materials to do so. This process is also referred to as additive manufacturing, meaning that material layers are added successively by the printer. These layers are thinly-sliced, horizontal cross-sections of the intended object.
In order to create a 3D object, one needs a blueprint or virtual design of the object. A virtual design takes the form of a computer-aided design file (CAD). The CAD file is created by using 3D modeling software to generate a structural model of the object you want the printer to create. In other words, think of this modeling software as a digital road map that your printer will follow to produce your object. A 3D scanner can also be used to analyze a real object, convert it into an image, and turn that image into a 3D model to be interpreted by your printer.
Once the model is complete, it must then be prepared for your printer. This preparation process is called slicing because the model is being divided (or sliced) into thousands of horizontal, two-dimensional layers that the printer will assemble to create the 3D object that you're after. Once the model has been sliced, its data can then be fed into your printer for construction using a USB stick, SD card, or through your wireless network connection.
Depending on the specific printer you have, several different types of construction methods may be used to produce a 3D object. The difference between these methods is determined by the way in which the individual layers of material are assembled. For example, some production methods use melting or softening of materials to produce these layers, such as fused deposition modeling (FDM). Fused deposition modeling is one of the most common printing methods. Through this method, acrylonitrile butadiene styrene (ABS) or another type of thermoplastic material is melted and deposited in layers through a heated extrusion nozzle to build a 3D object. By contrast, the stereolithography method does not melt materials. Instead, this process focuses an ultraviolet (UV) laser onto a vat of photopolymer resin using a computer-aided design (CAD) file as a guide.
A photopolymer is a large molecule whose properties change when exposed to light. The UV laser is used to draw a pre-programmed design onto the surface of the photopolymer vat. The photopolymer then solidifies wherever the UV light beam touches it, allowing the light to print an object layer by layer. The construction methods and materials used depend on the type of printer you've chosen. Thermoplastics and metal alloys are the most common materials used by 3D printers to produce objects.