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Idea maker 3d printing


Powerful 3D Slicer Software - ideaMaker

Powerful 3D Slicer Software - ideaMaker | Raise3D

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Amazing Features

Easily Create Textures

One STL, Endless Possibilities

With ideaMaker Texture, users can easily create different iterations of the same STL model by applying different patterns to the selected model’s surface. It works by creating a concave or convex surface on the designated model according to the values of an image’s greyscale.

Skip lengthy CAD processing

After the user selects an image with the desired pattern, ideaMaker will automatically apply the image across the surface of the model and generate the 3D texture. Users can then adjust the settings to the tweak the texture’s specifications to meet their requirements. More textures are available in ideaMaker Library.

Click “Learn More” button below to find out how to apply texture in ideaMaker.

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Customize Your Support

Advanced Toolset for Support Editing

ideaMaker is a 3D slicing software that automatically generates support structure while providing a set of tools for manual editing and advanced purposes. Some examples include PVA support, creating a more stable support structure, creating an easy break-away structure, and reducing abundant support.

An Easy Interface and A Smooth Editing Process

Users can begin adding or removing support structures in two clicks. ideaMaker’s intuitive user interface allows users to process support structure smoothly, even from angels and different views.

Using Automatic Parameters for Optimization

One Click to Optimize

Powered by sophisticated algorithms, ideaMaker automatically computes the best slicing settings for users. Users can enable automatic optimization with one click, instead of having to manually inspect and optimize multiple parameters.

Balance Cost and Time Without Sacrificing Surface Quality

ideaMaker uses algorithms to compute the slicing parameters for layer height, infill structure, and support structure. By adapting parameters accordingly, the filament consumption and printing time decrease while surface quality is maintained.

Variable Setting for Selected Region

Improve 3D Printed Parts by Fine-Tuning Parameters Region by Region

Use one of ideaMaker’s powerful tools to optimize parameters of designated regions despite the global setting. Users have the flexibility to decide the scope of the region. This empowers advanced applications such as improving a 3D printed part’s mechanical performance.

Flexible Scope for Region Selecting

Users can decide the scope of the intended region in ways of model group, layers, or overlapped shapes. With the layers and model group, users can designate models in one group, and further certain layers of same model group. Users can also designate the overlapped shape of two models.

Modify Model Freely

Freely Adjust Models on Demand

Boolean tools are integrated into ideaMaker to help users carve, split, and combine models. This capability is useful in situations involving excessive model size and model personalization. It also saves users the extra time of running CAD software to achieve Boolean operations.

Update Models Quickly and Precisely

Combine graphic interface and numeric setting panels to easily and precisely adjust models while inspecting the result instantly. By using a combination of the rotating model and scaling tool, a user can quickly update models as desired.

Get Free Template Immediately

Free 3D Slicing Files for Industrial 3D Printers and Filaments

Users can find and download a variety of slicing templates from ideaMaker Library for free. ideaMaker Library contains slicing files that are created for different filaments and printers, not only Raise3D products. This is intentional so that users with both Raise3D printers and filaments and third-party printers and filaments can work with ideaMaker without struggling with calibration.

Enjoy and Contribute to the Community

Raise3D welcomes all FFF users to join and contribute to the ideaMaker community by sharing slicing templates. By helping each other, there will be a growing and strong support network for every ideaMaker user.

Integrated Workflow

ideaMaker has built-in support for the Raise3D ecosystem. The Raise3D ecosystem contains 3D printers, RaiseCloud, and ideaMaker Library. All these tools are now accessible from ideaMaker with only one click. To begin with, users can easily access and download ready-to-use, new slicing templates from ideaMaker Library without any manual setup. Then users can assign the 3D printing task to either RaiseCloud for remote monitoring and batch management, or OctoPrint for initiating third-party 3D printers in just one click.

ideaMaker Library

Raise3D 3D Printer

RaiseCloud

Innovative Configuration for All Challenges

Simple User Interface

ideaMaker has always prioritized a user-friendly interface in a variety of ways. Some examples include a shortened operating process and simplify the information acquiring and realizing the intuitive three-dimensional interactions. In addition, ideaMaker supports both dark and light interface themes for color preference.

Extrusion Process Simulation

ideaMaker gives users a detailed preview of the final printing result through its slice preview capability which simulates every extrusion thread on the screen. Intelligent visual enhancement gives further aid by highlighting all threads with colors to signify different selected properties like structure, layer height, and printing speed.

Optimized for Dual Extrusion

ideaMaker provides advanced settings for dual extrusion printing compatible for a 3D printer with dual lifting nozzles or a 3D printer with independent dual extruders. This will help the user gain doubled productivity, while significantly reducing printing time and cleaning the print surface from ideaMaker.

Other Features

Speed

  • Natively-compiled, multi-threaded, 64-bit
  • High-efficiency slicing engine for even faster slicing speeds

Advanced Features

  • Adaptive layer height, modifiers, sequential printing
  • Automate the separation of parts in assemblies

Support

  • Custom supports/ Generate automatic support structures

Optimized Interface

  • Manage multiple printing profiles to easily switch between different print settings
  • View cross-sections of models
  • Auto-layout for multiple files in one print job
  • User-friendly interface, within 2 clicks to make a print

Compatibility

  • Compatible with most FFF 3D printers
  • Input 3MF/OBJ/STL/OLTP, output GCODE
  • Multi-Language interface: English, German, French, Italian, Russian, Polish, Japanese, Korea, and Chinese, etc.

System Requirements

  • Microsoft Windows XP or later
  • Mac OS X v10.10 or later
  • Ubuntu 14.04 or later
  • 2GB of RAM
  • OpenGL 2.0-capable system
  • Intel® Core 2 or AMD Athlon® 64 processor; 2 GHz or faster processor
  • 2.0 GB or more of available hard-disk space
  • 1280 x 800 display with 32-bit color and 512 MB or more of dedicated VRAM

Free Download

ideaMaker All Versions | Download 3D Printer Software

ideaMaker All Versions | Download 3D Printer Software | Raise3D

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Version 4.4.0 Alpha  – Jan 12, 2023

  • Windows
  • Mac: Intel | Apple Silicon
  • Ubuntu Linux 64bit: .DEB | .AppImage

 

Version 4.3.1  – Nov 3, 2022

  • Windows
  • Mac: Intel | Apple Silicon
  • Ubuntu Linux 64bit: .DEB | . AppImage

 

Version 4.3.0 Beta – Aug 10, 2022

  • Windows
  • Mac: Intel | Apple Silicon
  • Ubuntu Linux 64bit: .DEB | .AppImage

 

Version 4.2.3 – Jan 25, 2022

  • Windows
  • Mac
  • Ubuntu Linux 32bit: .DEB | .AppImage
  • Ubuntu Linux 64bit: .DEB | .AppImage

 

Version 4.2.2 – Nov 26, 2021

  • Windows
  • Mac
  • Ubuntu Linux 32bit: .DEB | .AppImage
  • Ubuntu Linux 64bit: .DEB | .AppImage

 

Version 4.2.1 – Sep 29, 2021

  • Windows
  • Mac
  • Ubuntu Linux 32bit: .DEB | .AppImage
  • Ubuntu Linux 64bit: .DEB | .AppImage

 

Version 4.2.0 Beta – Aug 24, 2021

  • Windows
  • Mac
  • Ubuntu Linux 32bit: .DEB | .AppImage
  • Ubuntu Linux 64bit: .DEB | .AppImage

 

Version 4. 1.1 – Apr 20, 2021

  • Windows
  • Mac
  • Ubuntu Linux 32bit: .DEB | .AppImage
  • Ubuntu Linux 64bit: .DEB | .AppImage

 

Version 4.1.0 Beta – Mar 15, 2021

  • Windows
  • Mac
  • Ubuntu Linux 32bit: .DEB | .AppImage
  • Ubuntu Linux 64bit: .DEB | .AppImage

 

Version 4.0.1 – Nov 23, 2020

  • Windows
  • Mac
  • Ubuntu Linux 32bit: .DEB | .AppImage
  • Ubuntu Linux 64bit: .DEB | .AppImage

 

Version 4.0.0 Beta – Oct 14, 2020

  • Windows
  • Mac
  • Ubuntu Linux 32bit: .DEB | .AppImage
  • Ubuntu Linux 64bit: .DEB | .AppImage

 

Version 3.6.1 – June 30, 2020

  • Windows
  • Mac
  • Ubuntu Linux 32bit: .DEB | .AppImage
  • Ubuntu Linux 64bit: .DEB | .AppImage

 

Version 3.6.0 Beta – May 4, 2020

  • Windows
  • Mac
  • Ubuntu Linux 32bit: . DEB | .AppImage
  • Ubuntu Linux 64bit: .DEB | .AppImage

 

Version 3.5.3 – Apr 17, 2020

  • Windows
  • Mac
  • Ubuntu Linux 32bit: .DEB | .AppImage
  • Ubuntu Linux 64bit: .DEB | .AppImage

 

Version 3.5.2 – Mar 12, 2020

  • Windows
  • Mac
  • Ubuntu Linux 32bit: .DEB | .AppImage
  • Ubuntu Linux 64bit: .DEB | .AppImage

 

Version 3.5.1 Beta – Dec 13, 2019

  • Windows
  • Mac
  • Ubuntu Linux 32bit: .DEB | .AppImage
  • Ubuntu Linux 64bit: .DEB | .AppImage

 

Version 3.5.0 Beta – Oct 24, 2019

  • Windows
  • Mac
  • Ubuntu Linux 32bit: .DEB | .AppImage
  • Ubuntu Linux 64bit: .DEB | .AppImage

 

Version 3.4.2 – Jun 24, 2019

  • Windows
  • Mac
  • Ubuntu Linux 32bit: .DEB | .AppImage
  • Ubuntu Linux 64bit: . DEB | .AppImage

 

Version 3.4.1 – May 23, 2019

  • Windows
  • Mac
  • Ubuntu Linux 32bit: .DEB | .AppImage
  • Ubuntu Linux 64bit: .DEB | .AppImage

 

Version 3.4.0 Beta – Apr 4, 2019

  • Windows
  • Mac
  • Ubuntu Linux 32bit: .DEB | .AppImage
  • Ubuntu Linux 64bit: .DEB | .AppImage

 

Version 3.3.0 – Oct 31, 2018

  • Windows
  • Mac
  • Ubuntu Linux 32bit
  • Ubuntu Linux 64bit

 

Version 3.1.7 – May 11, 2018

  • Windows
  • Mac
  • Ubuntu Linux 32bit
  • Ubuntu Linux 64bit

 

Version 3.1.0 – Jan 30, 2018

  • Windows
  • Mac
  • Ubuntu Linux 32bit
  • Ubuntu Linux 64bit

 

Version 3.0.5 – Dec 18, 2017

  • Windows
  • Mac
  • Ubuntu Linux 32bit
  • Ubuntu Linux 64bit

 

Version 2. 6.0 – May 18, 2017

  • Windows ( Asia Mirror, Europe Mirror, US Mirror )
  • Mac ( Asia Mirror, Europe Mirror, US Mirror )
  • Ubuntu Linux 64bit ( Asia Mirror, Europe Mirror, US Mirror )
  • Ubuntu Linux 32bit ( Asia Mirror, Europe Mirror, US Mirror )

Best Files for 3D Printing Generator・Cults

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ALTERNATORS, GENERATORS, ENGINE DYNAMOS

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Francis Turbine model

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3D printed permanent magnet radial power generator.

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3D printing, as a type of activity, makes it possible to create not only decorative crafts and toys, but also more complex things. I love that a 3D printer allows you to make quick prototypes of models that used to take an incredible amount of time and money to produce. And many ideas and technical solutions received a second wind.

I want to introduce to the respected community 3dtoday Gen6 is a miniature power generator.

This generator was developed as a bench prototype for one of the alternative energy projects.

All bearing and body parts are 3D printed. The generator is useful to everyone who is interested in the topic of energy. For example, in small camping wind and hydro generators. With minor modifications to the fasteners, it can be used as a bicycle generator. Also, as a wind generator, it can provide autonomous power for all kinds of remote electronic devices (for example, video cameras and Wi-Fi access points, LoRa systems, and so on).

Features:

1. Rotor .

Its magnetic system is made in the form of Halbach-assembly (Halbach array). This provided two benefits. First, there is no need for a magnetic circuit. Secondly, the Halbach assembly is a kind of analogue of a lens for a magnetic field. That is, on one side of the assembly, the magnetic field is almost absent, and on the reverse side, the field intensity is twice as high (relative to a single magnet and for ideal conditions). The disadvantage of this method of assembling the magnetic system of the generator is that it requires twice the number of magnets relative to the number of poles. In total, there are 16 neodymium magnets 20X5x5 N42 in the rotor, that is, 8 poles.

For more details about the Halbach assembly, see my video 'Kinetic Generator Powerbank'.

2.

Stator.

There are 8 identical spools on the printed base. Two coils fall on one pair of poles in such a way that two magnets with different poles pass the active conductors of the same coil at the same time. That is, the distance between the active parts of the coils (more precisely, their centers) is equal to the pitch of the rotor poles. The coils are assembled in pairs and molded in such a way that part of one coil enters the center of the second. Thus, we can say that this is a 2-phase generator with a rotor on a magnetic Halbach assembly.

Next, paired and unpaired coils are connected in series. And the voltage on the coils is summarized after two diode bridges.

Coils are wound with 0.2mm wire, but other diameters are also available. Please note that to obtain the desired voltage, you may need to add a multiplier, such as a planetary type. I am sure that for 3D printers this will not be a problem. ;)

Shaft 5 mm, magnets NdFeB 20X5X5mm N42 16 pcs.

Generator dimensions 60X45 mm without shaft length, weight 260 grams.

Testing is still ahead, I will report the results a little later.

3.

Assembly order.

After all parts of the generator are printed, the compound rotor is assembled first. We pay attention to the correct assembly of magnets. Next, insert the shaft into the rotor. After that, we put the rotor in the holder of the stator coils. This will make it easier to assemble the stator and mold the coils. Forming coils is not a difficult task, but requires the application of physical strength, so I had to strain.

(Based on the fact that you have already wound the coils and wrapped them with fluoroplastic tape)

After that, we put the bearings on the shaft, stator stops and put on the body parts - first the central part, and then the upper and lower covers.

Generator ready!

You can find all print files on my page. If you have questions - you are welcome. But first - to Ampère and Oersted. :D

And a few more words about the creative life of Ukraine.

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