9 Best 3D Printing Software – Ranked from Best to Worst

3d printing is among the fields that have grown by no stretch of the imagination in the technology boom. From a toy to different models and shapes, it masters it all. The 3D Printing Software gets half the battle done.

Best 3D Printing Software

Involving in the creating modeling process to adjusting measurements and slicing the 3d software extends its features for the users, but it is mandatory that you choose the best 3D Printing in the software market.

3D printing is not merely a buzzword; it’s a technological revolution that has been transforming numerous industries. At the core of this revolutionary tech is 3D printing software, an indispensable tool that plays a vital role in bringing your creative ideas to life.

In this SEO-optimized article, we delve into what 3D printing software is, how you can make 3D prints at home, the types of materials you can use, and so much more.

What is 3D Printing Software?

3D printing software serves as the interface between your 3D model and the 3D printer. It translates your design into a language that the printer can understand, thus facilitating the printing process.

Top 9 Best 3D Printing Software

We have listed out the best free 3D Printing Software for you.

1. Cura

Cura is a slicer software that is standard for Ultimaker printers, which can also be used with other 3D Printing Software. It is an open-source software that can be used via a plugin system. In Cura, you can easily access the essential print settings in a clear, understandable interface.

It efficiently slices the models into layers and generates g-code and sends it to the printer. You can use it for the most common 3d formats and image file formats.

If you are too confused with the quality settings, you can opt for the recommended mode for rapid onboarding where there are reconfigured quality settings else you can go with the customization setting for precise control.

It can be connected to the PC and can be used as a 3d printer host for direct control over the machine. The 3D Printing Software proves its worth for professional use by including plugins SolidWorks and Siemens with Seamless CAD integration. It is a beginner level software that is compatible with Windows, Linux, and iOS.

Do Not Miss:

2. MatterControl

The newly upgraded MatterControl2.0 version is a CAD and 3D Designing Software with enhanced print settings. You don’t have to strive hard to connect and directly control your machine; the printer host feature lets you do it by connecting the PC and machine with the help of a USB.

You can slice SLTs and export it to SD card for offline printing and also enables you to generate designs with the new CAD section. The structured interface is a perk. Importing files is an easy task with the file browser and geometric primitives tab on the left.

The newly introduced remarkable feature allows you to take the primitives and drag them into the position of STL you need to print. This feature also assigns them as support structures enabling you to customize support.

MatterControl2.0 is a wise cherry-pick for advanced printing settings for your print process that also aids well in all stages from preparation, slicing, and controlling.

3. 3DPrinterOS

3DPRINTEROS, a cloud-based 3d printing software, grants mobility access to its users, where slicing can be done from a browser. It is an integration of Cloud Slicer, Slicer 2, and MakerBot Slicer that can be used catering to your needs.

The multi-faceted 3D printing software can perform print job queuing and delegation, control printer, and a plugin system that enables STL analysis, repair, and in-cloud slicing.

The software allows you to convert slicer settings as JSON code. Handling the software is not a tough task to deal with; it has a friendly interface.

4. KISSlicer

KISSlicer-Keep it Simple Slicer is a cross-platform software that slices STL files into g-code, yet the confusing interface has been by many users.

The multi-head temp control feature available in the paid version and adjustable printer speed is a prime perk for the users. It is the ultimate choice when it comes to handling complex meshes.

5. Slic3r

The “Adding Bleeding-Edge” feature makes the open-source slicer 3D Printing Software stand out. It has the function of viewing the infill patterns of honeycomb structure separately across the layers, thus giving the designers the freedom to create unique designs.

The direct link feature to the user’s OctoPrint box allows you to upload sliced designs from the desktop. The interactive developing community has been bringing in new features such as brim, multiplayer extruders e.t.c. It is a wise choice for professionals.

6. SliceCrafter

It is a browser-based slicer by IceSL, which has an input box where you can paste web links to get STLs for slicing. The g-code can be prepared using the options made available by IceSL.

7. IceSL

It is an efficient 3d printing software as well as a modeling tool. The left tab is available for editing your model directly or via Lua based language, which offers a structured modeling platform.

You have the live preview in the center, and on the right, there are pre-configured slicing settings that is beginner-friendly. The Advanced Settings have a range of clever tricks developed by the team.

The updates have included variable settings to specify different values for specific printers that can be recognized and performed by the software itself. The software is undoubtedly a capable multi-tasker.

8. OctoPrint

It is a web-based 3d printer software host that can be combined with WiFi to control your machine through OctoPrint’s web interface. The host allows you to manage your printer and tasks.

G-code sent from any printer slicer software can be accepted virtually, and the gcodeVisualizer allows you to view your g-code files before and during printing.

It is open-source software, and its plug-ins can be easily activated and used for most of the 3d printing purposes. For those wireless access lovers, Octoprint serves to be the best.

9. Repetier-Host

It is a highly efficient open-source 3D Printing Software that performs slicing and controlling the printer. It offers multi-extruder, multi-slicer support via plug-ins, making it suitable for professional needs.

Repetier-Host enables wireless access through the Repetier server from PC, smartphones, and tablets. The software is in the mid-range scale between intermediate level and advanced, choose if it meets your needs.

How to Make 3D Prints at Home

Making 3D prints at home is easier than you might think. Here are some basic steps:

  1. Design a 3D Model: You can create your model using 3D modeling software like Blender, AutoCAD, or SketchUp.
  2. Use Slicing Software: This software converts your 3D model into layers, ready for printing.
  3. Send to Printer: Use the software to send the sliced model to your 3D printer.
  4. Printing: The 3D printer will print layer by layer, forming the object.

Can Any Material be 3D Printed?

While there’s a wide variety of materials that can be 3D printed, including plastics, metals, and ceramics, not all materials are compatible with all 3D printers. Be sure to check your printer’s specifications for compatibility.

Can I 3D Print My Own Design?

Absolutely! With the right software and hardware, you can easily 3D print your own designs. All you need is a 3D model and slicing software to prepare it for printing.

What is 3D Software Called?

The software used for 3D modeling can vary from industry-standard tools like AutoCAD and Blender to specialized software like TinkerCAD for beginners. Slicing software includes programs like Cura and Simplify3D.

Which 3D Software is Mostly Used?

In terms of 3D modeling, AutoCAD and Blender are commonly used for professional purposes. For slicing, Cura and Simplify3D are popular choices.

Is it Expensive to 3D Print?

The cost of 3D printing can vary widely depending on the material, size of the object, and printer type. However, with the increasing availability of affordable 3D printers and open-source software, the technology is becoming more accessible to the general public.

Benefits of 3D Printing Software

  1. User-Friendly: Modern 3D printing software is designed to be intuitive, making it easier for beginners to start printing.
  2. Precision: Advanced software options allow for highly detailed and accurate prints.
  3. Time-Saving: Software automation features can speed up the design and printing process.
  4. Innovative Features: From supporting complex geometries to offering real-time print analysis, 3D printing software is packed with features that make the process more efficient.

Is 3D Printing Software Safe?

While 3D printing software itself is generally safe to use, it’s essential to adhere to safety guidelines, especially during the actual printing process (like ensuring the printer is in a well-ventilated area).

Is 3D Printing Software Free?

Many 3D printing software options offer free versions with basic features. Open-source options like Blender and Cura provide robust capabilities at no cost, although premium versions of some software offer more advanced features for a fee.



All the 3D Printing Software are free to use and are best for beginner and intermediate levels. MatterControl2.0 meets the prime basic needs of the beginner level, whereas IceSL can be used to meet the modeling needs.

Repetier beats OctoPrint when it comes to wireless printing as it has some of the advanced features. Don’t be in a quandary anymore, read and hit the download button in the required 3D Printing Software’s website.

3D printing software is the unsung hero of the 3D printing world, offering a plethora of features that enable both beginners and professionals to bring their creative visions to life.

Whether you’re looking to print with different materials, create your own designs, or explore the most commonly used software in the field, there’s a wealth of options available to suit your needs. With benefits like user-friendliness, precision, and innovative features, 3D printing software continues to revolutionize how we interact with the physical world.