Showing posts with label cad. Show all posts
Showing posts with label cad. Show all posts

My First Impressions With Using ViaCAD

I had some time to play around with ViaCAD and it looks really interesting. I've downloaded the 14-day trial version and used a few simple daily tasks to see how it performs.

First steps in the program interface are very easy and you are greeted with a simple video tutorial on how to create a 3D goblet from 2D drawing in 60 seconds:





From the beginning, I wanted to focus on 3D printing tools which are a part of this CADs features.

The toolbar with 3D Printing tools can be activated in the "Window" menu.
























The interface is fast and fluid.

You can define your printer settings from a list of the pre-defined machine or set it manually:



































To see how other functions work, I imported the Voronoi "Broken benchy" by T-E-C from Thingiverse. It is a more complicated and harder version of the standard Benchy.





























You can check the printability of your model with "3D Print Check" tool. Here is the output screen with some of the errors found, with several being my mistakes of not properly aligning the object or setting the parameters correctly (like print volume).
Very useful!































"Surface normals" tool shows, you guessed it, surface normals :-)






























There are tools to show overhangs and wall thickness.

"Slices" tools will show animated slices base on several parameters, they can be saved into several formats. This is not a slicer which generates g-code for printing.





























"Support structures" tool enables you to create support pieces and attach them with a mouse click.

































With the "Position" tool you can place the object anywhere in selected print volume coordinate manually or with the automatic positions like "Center".

These basic tools were easy to use at this level, time will show how they perform in everyday work during a longer period. For now, I'm satisfied with this CAD software and will continue to us it.


You can get ViaCAD here and test it yourself and download a trial version from PunchCAD homepage:


PunchCAD.com


There are additional 3D Printing "power packs" for ViaCAD with 70+ 3d printing tools, you can see them here:

Punch! PowerPack v10

Here is a video demo:


Maybe I'll get them also in the future. The pack seems to have many tools in one place instead of using multiple apps and sites.

In next post, I'll describe some of my experiences with actual design and learning curve.

ViaCAD by Punch!CAD

I'm always on a search for the new and interesting software tools and when I received a tweet from Punch!CAD about their ViaCAD product I decided to take a look.

ViaCAD looks like an easy to use CAD that has an acceptable learning curve and feature set. You can start from the easy models and move into more complex stuff as you learn. Since it has support for many file formats I was able to open and edit things from various sources. The community behind it and support/tutorials available helped me find answers quickly.

The price seems very affordable and there are no additional fees or vendor lock-in features. It runs both on Windows and Mac machines.


ViaCAD has some powerful 3D printing features and tools:

  • 3D Print Check: This tool checks a part for print viability, displaying warnings or errors to the user.
  • Surface Normals Check: Facet normals define the inside and outside areas of a part. If facet normals are pointing the wrong way, the 3D printer may have problems creating the part. If you have a normals issue, there are several commands that can help you fix this problem.
  • Overhang Analysis: The Overhang Analysis tool provides a means to visually inspect modeling areas that may require structural support for 3D printing. Meshes, surfaces, and solids facets normals are compared to the work plane direction. Angles that are less or equal to 45 degrees are highlighted as red.
  • Wall Thickness: The Wall Thickness Analysis tool provides a means to visually inspect modeling areas that may be too thin for 3D printing. Meshes, surfaces, and solids facets are examined using ray intersections. 
  • Preview Slices: The Preview Slices tool provides a user interface to slice models given a direction and thickness. The dialog box allows for animation through the slices and single stepping. One use of the Preview Slice tool is to verify a part has closed, non-overlapping sections, a requirement for 3D printing. The Save Slices option provides several options to save slices to DXF, STL or adds the results directly into your drawing.
  • Auto Position: The Auto Position tool translates the model to the positive x, y coordinate system at z=0.
  • Support Structure: Manually adds geometry to support material as it is created by the 3D printer. Support structures controls, include Attach Radius, Midpoint Radius, Base Radius, Base Thickness and Drag base and midpoints to modify structure location.
  • Show Printer Volume: Toggles the boundary of the default 3D Printer. The volume is defined within the Printer Definitions dialog box.
  • Printer Definitions: Sets key parameters of the 3D printer, including length, width, and height of the volume accessible by the printer. The parameters in the Printer Definitions dialog box are used for commands such as 3D Print Check and Auto Position.

Here is the ViaCAD presentation video:




For much more information go and check out the company website:

http://www.punchcad.com/



In the future, I'm going to explore ViaCAd further and see if it can bring a CAD noob like myself on to the next skill level.

Design thin PLA objects and make them strong in your oven

"CNC Kitchen" published this great video on how he designed gardening clips for his raspberries. He focuses on how to design thin-walled object in Fusion 360 and how to make it more weather resistant and stronger by annealing them in his oven.


Here is the video where you will learn a nice and easy design flow process and see several tools in action:




Here is the clip STL:

http://a360.co/2qouqQO

Here is the CNC Kitchen YT channel:

https://www.youtube.com/channel/UCiczXOhGpvoQGhOL16EZiTg


And here are the PLA clips in the oven at 80C for 1 hour:



SelfCAD is a new browser based CAD and slicer software

SelfCAD is a new browser based CAD and slicer application with many powerful features but focused on simplicity and usability. It has a subscription based model with a free trial and has a somewhat high cost for the benefit it provides.


Here is how SelfCAD is described:
SelfCAD 's mission is to make 3D designing and printing accessible to everyone, including professional designers, as well as hobbyists and students who have little to no prior expertise using CAD/CAM software. One of the greatest achievements of SelfCAD is its simplicity and a low entry price point. Advanced shapes can be created within minutes using various shape creators.
SelfCAD is an online browser-based CAD/CAM platform which allows the you to model, sculpt, slice and print online. With SelfCAD, you do not have to spend months learning complex software and pay hundreds of dollars for the privilege. SelfCAD is about simplicity, affordability and accessibility. Learn, create, and print objects in a fraction of the time required with traditional CAD/CAM software.

SelfCAD introduction video:





Here is one of the feature demonstrations focusing on 3d screw generator:




Slicer video tutorial:





You can check it out at:

https://www.selfcad.com/

SelfCAD has a very active YouTube channel with many tutorials and feature demonstrations:

SelfCAD on YouTube

Here is an interview with the CEO and founder, Aaron Breuer:

 http://www.3dnatives.com/en/selfcad-interview010520174/

Podcast interview on 3D Start Point: https://3dstartpoint.com/teach-your-selfcad-with-aaron-breuer/


SelfCAD user interface

GraphSCAD Nodal Editor for OpenSCAD

Dimitri Kolovitz developed GraphSCAD nodal editor for OpenSCAD scripts. It gives an interesting new way of working in this environment with powerful features.


Here is a demonstration of basic workflow and features:




Project homepage where you can follow the development and download it:

https://graphscad.blogspot.com/

At this time it is still a beta, but it look promising.



gDraw Software that Converts 2D Drawing into G-Code

Niklas Roy developed gDraw software that enables you to draw in 2D and then export it as 3D printable g-code.

In this example he used it to create simple Christmas card:






























Learn more about gDraw here:

http://www.niklasroy.com/articles/194/gdraw-free-software-for-you

GitHub repository:

https://github.com/royrobotiks/gDraw

MIT Foundry software is amazing, but will it be available to public?

MIT CSAIL scientists developed Foundry CAD / CAM software which they call "Photoshop for 3d printing". It looks amazing with many advanced options.

The main question will be open sourced and available for wider 3d printing community? I strongly support that all software developed by public funding be released under an open source license.
One of the articles claim that the developer, Kiril Vidimče, wants to integrate it  into the workflow of existing CAD systems. We will see ...

Here is a video of Foundry in action:



More information about Foundry:

http://vidimce.org/publications/foundry/

https://news.mit.edu/2016/designing-3-d-printing-foundry-1011


One of the objects designed in Foundry. Foundry news release claims it can be used by novice users also. 


Real-time Wireframe 3D Printing Directly from CAD

Researchers at Cornell made a modified 3d printer that prints on-the-fly as the model is developed in a CAD software. It has 6 axis of movement with mist cooling and cutter head to produce wire-frame objects.

Project description:
On-the-Fly Print is a 5DOF modelling and design prototype that allows the user to design 3D models digitally while having a low-fidelity physical model printed in parallel. Our software starts printing features as soon as they are created and updates the physical model as needed. Users can quickly check the design in a real usage context by removing the partial physical print from the printer and replacing it afterwards to continue printing.

Video of the entire process:




Source:

http://mediarelations.cornell.edu/2016/05/31/on-the-fly-3-d-print-system-prints-what-you-design-as-you-design-it/



Kiri:Moto Web Based Slicer for your 3D Printer, Laser Cutter and CNC Machine

Kiri:Moto is a new free web based slicer that can be used for FDM printers, laser cutters and CNC machines.
Kiri:Moto is an extensible, multi-purpose slicing and visualization engine that produces output for:
  • CAM : 3 axis CNC toolpaths
  • FDM : GCode for 3D printers
  • LASER : DXG / SVG cut paths
  • Onshape : Directly Integrated
  • Thingiverse : Thing App

Left menu options:





























Here is a more detailed video playlist with all functions presented:




Try it live at:

https://grid.space/kiri

You can also visit the project wiki for more information at:

https://github.com/GridSpace/gridspace.github.io/wiki/Kiri:Moto


Autodesk Meshmixer 3 is out!


Autodesk Meshmixer 3 is out with some interesting and useful new features!

New features:

  • new Complex objects that contain internal partitions (beta!). Complexes make it easy to design for multi-material 3D printing!!
  • Generate Complex tool to create a Complex from face groups
  • Split Complex decomposes a Complex into separate solid shells
  • new Export mode that automatically decomposes Complex on write
  • new Align to Target tool to automatically align meshes in 3D
  • new Unwrap tool flattens surface patches
  • new SVG Export can export meshes as SVG (edges, colors, etc). Try it with Unwrap!
  • new Mesh Query tool for visualizing mesh properties
  • new measurement-based scene scaling workflow in Units/Dimensions tool
  • new Select Intersecting action in Select tool (double-click on other scene objects)
  • new Preserve Group Borders and Project To Target options in Smooth Boundary
  • Remesh can now automatically preserve sharp edges
  • Make Pattern can now clip to active Target object
  • Make Solid updates and new mode to automatically preserve sharp edges (slow!)
  • huge Booleans stability improvements
  • minor improvements to Transform, Smooth, Replace and Reduce
  • export support for SMESH format
  • Pivot-drag positioning shortcut can now terminate on any surface in scene
  • new unlit-texture shader
  • support for Autodesk Screencast
  • crazy bugfixes
  • tons of UI improvements to indicate disabled/unavailable menus and settings
  • lots of [scripting API improvements]

Video overview:



Go get it here:

http://www.meshmixer.com/download.html


Weird Bunny ... What happened to you bro? 



How To Design a Chainring Using Open Source Tools

Rich Olson has another great tutorial on how to design and make chainrings using open source software and low cost CNC.





Here is the link to original post with all the tools and scripts needed:

http://www.nothinglabs.com/chainringgen-making-a-chainring-with-open-source-software/


Rich makes a chainring for his bicycle but they have different uses in power transmission. Beside metal they can be also made on a small CNC from other materials like carbon fiber.




Finished carbon plate chainring for a custom bicycle:




Fab Forms Give Validity and Manufacturability to Customizable 3D Objects




Geniuses at MIT developed Fab Forms software that enables interactive and customizable design of 3d objects. Designed object can be customized by end user and still remain printable or machinable. Hopefully their code comes to some use in public and not forever lost in academic IP limbo.


Fab Forms description by MIT developer team:
We address the problem of allowing casual users to customize parametric models while maintaining their valid state as 3D-printable functional objects. We define Fab Form as any design representation that lends itself to interactive customization by a novice user, while remaining valid and manufacturable.
We propose a method to achieve these Fab Form requirements for general parametric designs tagged with a general set of automated validity tests and a small number of parameters exposed to the casual user.
Our solution separates Fab Form evaluation into a precomputation stage and a runtime stage. Parts of the geometry and design validity (such as manufacturability) are evaluated and stored in the precomputation stage by adaptively sampling the design space. At runtime the remainder of the evaluation is performed. This allows interactive navigation in the valid regions of the design space using an automatically generated Web user interface (UI). We evaluate our approach by converting several parametric models into corresponding Fab Forms.

Project homepage:

http://cfg.mit.edu/content/fab-forms-customizable-objects-fabrication-validity-and-geometry-caching



3D Printing Complex Data Sets of DNA, DEM and Sound

Here is a compilation of few detailed guides on how to design 3d printable objects from complex data like DNA, topological maps and sound.


How to get 3d printable objects from 23andme raw DNA data set


With this tutorial you will be able to take raw DNA data from 23andme DNA analysis and model a 3d printable object in OpenSCAD with a custom plugin.






































Detailed guide and software:

http://www.instructables.com/id/3D-Print-a-sculpture-from-your-DNA/

https://github.com/jjg/3dna 3dna code for OpenSCAD


How to 3d print geographical maps, topology, landscape and other geographical data


3DPrintingNinja developed an Instructables tutorial on how to convert DEM (digital elevation model) data into 3d printable objects.

























Detailed instructions:

http://www.instructables.com/id/3D-Printing-Models-of-Landscapes-Topology-Mountain/


Sonic Sculptures


With this free app you can get 3d models from visualized sound waves.




Download the software and get the instructions here:

http://blairneal.com/portfolio_page/sonic-sculptures/

http://www.thingiverse.com/laserpilot/collections/sonic-prints


Design your own 3d printer from recycled parts with this FreeCAD add-on and web services

If you want to make a 3d printer from electronic waste and recycled parts from junk 2d printer, you will find this software tools very useful. They generate model of a 3d printer with FreeCAD plugin based on the parts you have. It should help you enormously to design your own custom 3d printer from available parts.

Example of the generated 3d printer:



The projects are still in development and I don't have enough knowledge to test it out but it looks very promising. There seems to be a link between those two projects but I'm not sure what it is.

You can try the web applications where you can input all of the parts and their specifications and get the output FreeCAD design:

Retr3D https://www.wevolver.com/matthew.rogge/retr3d/main/description/ 

source code is available at: https://github.com/Maaphoo/Retr3d

or

https://cdn.rawgit.com/masterperson40/ewaste3Dprinter/master/config_generator/index.html

Here is the part of the web app menu with ton of options for various parts:



Github.io page (currently not working):

http://masterperson40.github.io/ewaste3Dprinter/

Source with comments discussion:

http://hackaday.com/2015/07/20/automatically-designing-3d-printers-from-e-waste/

Let me know if you have any experiences with it!

Antimony CAD is something different!

Antimony is new open source CAD developed by Matt Keeter. Design in Antimony is done by connecting nodes in a graph, each node is defined by a customizable script and nodes usually represent a primitive shape or transform.
It is still under development and it is not meant as a professional CAD software for higher level applications. It will be interesting to see how it will develop in the future.
If you are enjoying OpenSCAD or any other programmatic CAD (and probably have a slight masochistic note) you will want to try this as an alternative.

It is described as:
Antimony is a computer-aided design (CAD) tool from a parallel universe in which CAD software evolved from Lisp machines rather than drafting tables
... but you will understand it better when you watch the video:




It currently runs on Linux and Mac but you can get it on Windows with help of a virtual machine.

Antimony homepage:

http://www.mattkeeter.com/projects/antimony/3/

Antimony GitHub repository:

https://github.com/mkeeter/antimony



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