Open Source Mac 3D Printing Software

Over 1,000,000 page views per month. Jmol/JSmol is a molecular viewer for 3D chemical structures that runs in four independent modes: an HTML5-only web application utilizing jQuery, a Java applet, a stand-alone Java program (Jmol.jar), and a "headless" server-side component (JmolData.jar). Jmol can read many file types, including PDB, CIF, SDF, MOL, PyMOL PSE files, and Spartan files, as well as output from Gaussian, GAMESS, MOPAC, VASP, CRYSTAL, CASTEP, QuantumEspresso, VMD, and many other quantum chemistry programs. Files can be transferred directly from several databases, including RCSB, EDS, NCI, PubChem, and MaterialsProject. Multiple files can be loaded and compared. A rich scripting language and a well-developed web API allow easy customization of the user interface. Features include interactive animation and linear morphing. Jmol interfaces well with JSpecView for spectroscopy, JSME for 2D->3D conversion, POV-Ray for images, and CAD programs for 3D printing (VRML export).

MeshLab is an open-source, portable, and extensible system for the processing and editing of unstructured large 3D triangular meshes. It is aimed to help the processing of the typical not-so-small unstructured models arising in 3D scanning, providing a set of tools for editing, cleaning, healing, inspecting, rendering and converting this kind of meshes. MeshLab is mostly based on the open source C++ mesh processing library VCGlib developed at the Visual Computing Lab of ISTI - CNR. VCG can be used as a stand-alone large-scale automated mesh processing pipeline, while MeshLab makes it easy to experiment with its algorithms interactively. The open source system for processing and editing 3D triangular meshes. It provides a set of tools for editing, cleaning, healing, inspecting, rendering, texturing and converting meshes. It offers features for processing raw data produced by 3D digitization tools/devices and for preparing models for 3D printing.

Dust3D is brand new 3D modeling software. It lets you create watertight 3D models in seconds. Use it to speed up character modeling for games, 3D printing, and so on. Auto UV unwrapping, auto rigging with PBR Material support, pose and motion authoring all in one. 3D Modeling in a blink, try it now! Dust3D is a cross-platform open-source modeling software. It helps you create a 3D watertight model in seconds. Use it to speed up your character modeling in game making, 3D printing, and so on. Yes, it's free. And it's cross-Platform, no matter you are on Windows, Linux, or MacOS, the same experience you'll get. Give it a try. With Dust3D, you'll see yourself finish a game asset in a blink! Dust3D also supports export your model as FBX and glTF format, so that you can then import the files into software like Unreal Engine, Unity, and Godot for further development.

Control and monitor every aspect of your 3D printer and your printing jobs right from within your browser. OctoPrint's powerful plugin system allows extending its functionality with awesome plugins from the community. Free and open source software released under the Affero General Public License (AGPL). Control and monitor every aspect of your 3D printer and your printing jobs right from within your browser. Access the embedded webcam feed and watch remotely how your printer is creating your newest thing. Get constant feedback regarding the current progress of your print job. Take a look at the integrated GCODE visualizer to see a rendition of the GCODE you are currently printing. Keep an eye on the temperatures of your hotends and print bed and adapt them on the fly. Move the print head along all axes, extrude, retract or just define your own custom controls.

OctoPrint is a snappy web interface for your 3D printer that allows you to control and monitor all aspects of your 3D printer and print jobs right from within any browser on your network. OctoPi includes the OctoPrint software for 3d printer and a mjpg-streamer, which can be used to stream JPEG files over an IP-based network. Includes RaspiCam support. Learn how you can support OctoPrint here. https://octoprint.org/support-octoprint/

O Kankin Linux é uma distribuição Stage4 do Funtoo Linux compilado para para uso em hardwares opensource com arquitetura ARM, * Preparada pra compilação distribuída * Sistema de ebuilds Portage, contendo todas as possibilidades de um sistema PORTS based, que só um sistema (Fu|Ge)ntoo faz por vc. :)))))))) * Primeira distribuição Linux Brasileira com releases para hardware opensource com processadores ARM * Suporte a redes DTN (Delay-Tolerant Networking) * Ferramentas da distribuição de software "Interplanetary Overlay Network" (ION-DNT - NASA) * Servidor X com suporte nativo a LXDE Manual de instalação para Raspberry Pi: http://a31.com.br/kankin-raspberrypi Manual de instalação para Cubieboard A20: http://a31.com.br/kankin-cubieboard-a20 Vídeo: http://youtu.be/CJ-P8O4 - Apoio da Fundação Raspberry Pi: http://a31.com.br/apoio-raspberrypi - Apoio do Funtoo Linux: http://a31.com.br/apoio-funtoo

This little Tool was developed in order to tidy up the CAD models and other documents in my 3D printing project folder. Full description and Manual, see: http://encorecad.de/index.php/3d-druck/lightweight-model-database-en

This project provides a set of solid modeling tools which aims to help processing 3D objects with complex topology and geometry that are widely used in many industrial applications (e.g., microstructure design and manufacturing, biomedical products and applications, jewelry products, reverse engineering). The system is completely GPU-based and heavily based on an implicit representation named LDNI.

Wuweido is a professional 3D CAD on your phone or tablet. More than just a viewer, dozens of modeling tools are provided to create and modify 3D models in the most natural way. Wuweido allows you to import and export models in standard CAD format. Unlike Onshape™ on Cloud, Wuweido is running locally on your device and it's more like Rhino™ 3D on mobile. Wuweido is powered by OPEN CASCADE. OPEN CASCADE is an incredible powerful geometry kernel innovating quickly. Wuweido is inspired by CAD Assistant. Modeling features: 1. Draft creation tools: Line, Poly Line, Arc, Spline, Circle, Ellipse, Rectangle, Regular Polygon. 2. Primitive Solid creation tools: Box, Cone, Truncated Cone, Cylinder, Sphere, Torus, Wedge, Truncated Wedge, Pyramid, Truncated Pyramid. 3. Sweep modeling tools: Extrude, Revolve, Loft, Pipe, Path 4. Boolean operation tools: Intersect, Subtract, Union, Xor, Fuse 5. Transform tools: Move, Rotate, Mirror, Scale

This TeX project compiles to a PDF document: Magnetic_Handicraft_Book.pdf The Magnetic Handicraft Book explains the use of magnets to slightly unbalance the Energy Cells of the Cosmic Lattice to gain free energy. The advice for this was given by The KRYON as channeled by Lee Carroll. Many technical / physical channelings from KRYON are included and are being referenced within the book. Magnetic patterning, magnetic gravity process within the atomic structure, time frame, matter, mass, time, interdimensional membrane and much more are presented here ... Ulrich E. Habel alias DF4IAH, alias espero --- #9 - Experiments with Magnetics, Electrics, Gravity and Intent are documented here.

Free Open Source STL viewer (GNU GPL / No installation required) by El mehdi Abbou-ou-cherif. -------------------------------------------------------------------------- PRINSOW provides minimalistic but yet important features as given below. It is heavily based on VTK 6.1 and Qt 5.4.1 libraries. It is the first author contribution in the field of free software so any comment is welcomed. -------------------------------------------------------------------------- P.S. To use the software in french, just remove the file "prinsow_en.qm".

Here you will find a number of projects that compliment my other sites, as well as new stuff. I have tried to combine electronic circuits with 3D printing and easy to build DIY projects. STILL UNDER CONSTRUCTION At present the following 3D projects can be found here -ESP3D A DIY project that adds Wifi capability to the Tevo Tarantula. -myLogicProbe A DIY project that is a logic probe useful for testing digitial circuits. -myMotorDesigns Currently 3 DIY projects using common components and 3D printed parts.

This is a chess set that can be printed out on a 3D printer. (all are tested on a CupCake CNC)

Ruby on Rails project for 3D printer designs, microfluidics, etc.

.stl file download for 3D printing Go artgun.me for more info

Curv is a programming language for creating art using mathematics. It's a 2D and 3D geometric modelling tool that supports full colour, animation and 3D printing. Curv is a simple, powerful, dynamically typed, pure functional programming language. Curv is easy to use for beginners. It has a standard library of predefined geometric shapes, plus operators for transforming and combining shapes. These can be plugged together like Lego to make 2D and 3D models. Coloured shapes are represented using Function Representation (F-Rep). They can be infinitely detailed, infinitely large, and any shape or colour pattern that can be described using mathematics can be represented exactly. Curv exposes the full power of F-Rep programming to experts. The standard geometry library is written entirely in Curv. Many of the demos seen on shadertoy.com can be reproduced in Curv, using shorter, simpler programs. Experts can package techniques used on shadertoy as high-level operations for use by beginners.

GComb is an open-source quick and easy Java tool intended to ease the lives of all 3D printing hobbyists by providing a look inside a “sliced” GCode file and a better view of what is going to be printed, before it is printed. It works by parsing GCode files and producing an image for each layer of the printed object, any of which can then be viewed. GComb was originally written on Mac OS X using Eclipse with Java version 1.7.0_25, and was made for a Makerbot™ The Replicator Dual printing Skeinforge 50-generated GCode files. The jar file in the package was compiled for use by Java versions 1.5 and greator but, its compatibility on different operating systems and utility for different printers and slicers than those it was written for is not assured. However, we coders did our best to make sure that our implementation would not depend on comments in GCode or slicer-specific details, so it should work given files generated by Slic3r and others as well as Skeinforge.

ImatiSTL is a C++ library for applications that need to finely post-process raw polygon meshes represented by STL files. It is particularly useful in 3D printing scenarios: the repairing functions provided by ImatiSTL bridge the gap between printable meshes and real-world meshes with diverse potential defects and flaws (e.g. degenerate triangles, self-intersections, surface holes, ...). ImatiSTL provides both functions for local mesh repairing and methods for global remeshing. Local repairing is useful when the available data must remain exactly as it is in the input STL file, whereas global remeshing may fix even highly corrupted meshes at the cost of a small distortion in the resulting fixed mesh.

Matter Master is an open source 3d printer slicer under development. The current state is not currently usable. Subscribe if you want to be contacted when the first release is ready.

The Vis3r NxtVR headset is an open source, OpenXR and OpenHMD compliant, motion tracking VR headset that you can build yourself for under €80 - designed to be printed on almost any home 3D printer, with simple and easy to assemble hardware components that are aimed at the complete novice. The headset comes in two distinct versions, both based around an STM32 development board, a cheap and easily available screen, and a headset that you can 3D print yourself. One uses the ever popular 6DoF MPU 6050, whilst the other uses the more recently released 9DoF BMX055 sensor board. As both the sensor boards and STM32 are very inexpensive, their combination offers one of the most cost effective and powerful hardware combinations available for a VR Headset. Full OpenXR and OpenHMD compliance means that the Vis3r Headset will plug straight into Steam, along with pretty much anything else that offers a VR interface.

To build a 3d Printer that uses tine micro-pipette of some micrometers of radio to print from a 3d scheme a functional kidney, using steam cells,in 6 months.

This project provides software resources for creating solid models of proteins that can be printed on color 3D printers. The main focus is a java program that reads in a PDB file and produces a PLY format stick representation of the protein.

After a couple of years that I follow 3D printer growth, I picked up all the best solutions, as magnetic joints and prismatic linear guides, and gather together in this project. A complete 3D Delta Printer that can be built with about 200 euro (with electronics and graphical display, hotend and motors excluded). Printable area: 200mm dia and 200mm height Q*Bot is based on commercial Aluminum "L" profile, 25x25x4, which work as structure and linear guides as well. It's steady, fast and easy to build. Here you can find related files, including Bill of Materials, CAD drawings and all 3D printing objects needed. It's intended to be an open project: who wishes to collaborate with ideas and improvements, is welcome! Discussion and other details here: http://forums.reprap.org/read.php?362,479919

Relativty is not a consumer product. We made Relativty in my bedroom with a soldering iron and a 3D printer and we expect you to do the same, build it yourself. We started Relativty because after watching Sword Art Online we wanted to make our own VR games. Thus Relativty supports SteamVR games and can be modified to add support for any DIY or off-the-shelf VR device. The room-scaling AI can be used with any camera, it tracks your body based on video input. Precision and freedom of movement are still very far from dedicated sensors, however, we believe that the model can be trained and improved by orders of magnitude. We designed an affordable motherboard that runs the Relativty Firmware, it is based on the Atmel SAM3X8E ARM Cortex-M3 processor and uses an MPU-6050 as it’s IMU. The naked PCB and the components to solder on, cost in total about 25 dollars.