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Universal G-Code Sender is a Java based, cross platform G-Code sender, compatible with GRBL and TinyG/g2core. Use this program to run a GRBL or TinyG/g2core controlled CNC machine.

This g code software for is old as an context for your studio bells, is the Hazard Communication Standard. Cookies providing left-hand impressions, nursing features and g code software for the mac course paces games. Universal G-Code Sender is a Java based, cross platform G-Code sender, compatible with GRBL and TinyG/g2core. Use this program to run a GRBL or TinyG/g2core controlled CNC machine. Use this program to run a GRBL or TinyG/g2core controlled CNC machine.

Online documentation and releases: http://winder.github.io/ugs_website/
Discussion forum: https://groups.google.com/forum/#!forum/universal-gcode-sender

Technical details:

• JSSC or JSerialComm for serial communication
• JogAmp for OpenGL
• Built with Netbeans Platform
• Developed with NetBeans 8.0.2 or later

Downloads

These are the nightly builds of the most recent code with the latest features and bug fixes.
For stable releases visit the downloads page.

Running

Make sure you have Java 8 installed.

Download either UGS Classic or UGS Platform and unzip the .zip file.

• For UGS Classic simply double click the jar file. On some platforms you may need to run the included start script.
• For UGS Platform run the start script: bin/ugsplatform

Screenshots

UGS Platform

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UGS Platform main window

Customizable panel layout

Menu actions with customizable keybindings

Menu with plugins

One of many plugins

UGS Classic

UGS Classic main window

UGS Classic with visualizer

Development

For development the Maven build tool is used.

Start the application

UGS Classic:

UGS Platform:

Execute all tests

Building the self-executing JAR

Build a UniversalGcodeSender.zip release file

Develop via Intellij

If you are more used to Intellij, you can also build, run and debug it there:

• Run mvn nbm:run-platform -pl ugs-platform/application once via terminal to build everything
• Import the Source, File -> New -> Project from existing Sources
• Setup a new 'Run Configuration', Java Application, with following settings:
  • Main Class: org.netbeans.Main
  • VM Options: -Dnetbeans.user=$ProjectFileDir$/ugs-platform/application/target/userdir -Dnetbeans.home=$ProjectFileDir$/ugs-platform/application/target/ugsplatform/platform -Dnetbeans.logger.console=true -Dnetbeans.indexing.noFileRefresh=true -Dnetbeans.dirs='$ProjectFileDir$/ugs-platform/application/target/ugsplatform/ugsplatform:$ProjectFileDir$/ugs-platform/application/target/ugsplatform/platform:$ProjectFileDir$/ugs-platform/application/target/ugsplatform/ide:$ProjectFileDir$/ugs-platform/application/target/ugsplatform/extra:$ProjectFileDir$/ugs-platform/application/target/ugsplatform/java'
  • Program arguments: --branding ugsplatform
  • Working dir: $ProjectFileDir$
  • Use classpath of module: ugs-platform-app
• There is a runConfiguration in the repository, which should be available after importing the project

Changelog

1.0.9 -> 2.0

• Constant memory! Optimized every part of UGS to run in a fixed amount of memory, no more slowness because a file is too large.
• 'Cancel' now issue a feed hold and soft reset to stop the machine faster.
• Macro substitutions. Use {machine_x/y/z} {work_x/y/z} to substitute the current machine/work coordinates, {prompt|name} can be used to ask for values in a popup dialog.
• UGS now queries GRBL for its current state and settings in order to configure itself in a more intelligent manner. (Thanks Phil!)
• Improved gcode parser. Heavily refactored and validated with a new suite of unit tests, the gcode parser is now much more powerful than before and can be augmented customizable command processors.
• Controllers can now be added and configured with a JSON file, see resources/firmware_config
• Added restore default buttons on settings pages.
• Plane selection support: G17, G18, G19
• Setup wizard for CNC controllers
• Improved support for TinyG / g2core
• Improved web pendant
• Added command line support

1.0.8 -> 1.0.9

• Many performance improvements.
• New serial library: JSSC
• Updated 3D library.
• Maven build script (Thanks nitram509!)
• TinyG support enabled.
• XLCD support.
• Bug fixes: INCH/MM jog units, visualizer fixes (crashes and OSX support), 'Null stream' error, localization crashes,
• Translations: French, Greek, Dutch, Italian

1.0.7 -> 1.0.8

• PendantUI server - connect to UGS with your smartphone or tablet. (jvabob)
• Translations: German, Spanish, Italian, Afrikaans
• Many bugfixes and stability improvements.

1.0.6 -> 1.0.7

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• Many improvements to code architecture to allow future support for multiple firmwares (TinyG, Marlin, Smoothie, etc).
• New menu bar! Now new features can be added and existing features are more configurable.
• Additional on-the-fly gcode command preprocessing:
• • truncate and round long decimals to configurable length.
• • enforce max command length.
• • remove whitespaces.
• • expand small arcs to G1 commands.
• New option to save preprocessed gcode file to a file.
• Visualizer navigation controls - pan and zoom with the mouse wheel. (michmerr)
• Visualizer Support for radius arcs (phlatboyz sketchup plugin gcode now displays correctly)
• New single-step mode.
• New colored status indicator.

1.0.5 -> 1.0.6

• 3D gcode visualizer!
• • color coded line segments
• • real time tool position
• • real time gcode buffer position
• Due to popular demand, RaspberryPi support.
• Complete all-in-one release, 32 and 64 bit linux/windows/mac + RaspberryPi
• Settings saved between runs (thanks lazyzero)
• Advanced GRBL control, new buttons for GRBL 0.8c features (gcode check mode, homing, etc)
• Major backend refactoring to make code more stable and testable.
• Unit tests added, over 1300 lines of unit test code.

1.0.4 -> 1.0.5

• Job duration estimate now displayed when running a file.
• Real-time machine position display for GRBL v8.0c.
• Display for most recent GcodeComment.
• Bug fixes - no more dropped commands!
• Overhauled the GUI to display more information.

1.0.3 -> 1.0.4

• The step size spinner now goes to less than 1.
• New buttons on the manual control page for common functions.
• Manual X/Y coordinates can now be modified with arrow keys.
• New start scripts added to release zip files.
• Changed speed override to a percentage rather than absolute.
• Bug fixes.

1.0.2 -> 1.0.3

• Manual jogging mode, control machine with buttons in the UI.
• Automatically skip blank lines and comments when sending a file.
• Bug fixes.

1.0.1 -> 1.0.2

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• Grbl version checking.
• Real-time pause/resume commands used for Grbl v0.8.
• Comment filtering - parses out comments before sending commands.
• Bug fixes.

1.0 -> 1.0.1

• New distribution jar - Application no longer requires RXTX to be installed!
• Added table view for file streaming.
• Added Pause/Resume button.
• Usability improvements.
• Many bug fixes.
• Renamed package to com.willwinder.universalgcodesender.

Writing G codes for manufacturing components from your design can be very time-consuming and may consume a lot of resources from your workforce. CNC router software is basically designed to generate G codes based on your design. You can also expect design optimization for particular manufacturing technique from the software. Following is the list of few of the best picked CNC router software.

EnRoute

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CNC Machine

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Mozaik CNC

The CNC router software from Mozaik will take you from design to fully developed machine ready G-code with ease. Few of the features from the long list of this software offers are huge pre-defined parts giving you almost all the parts ready for drag-and-drop, intelligent joinery, intelligent algorithms to get optimized nesting, and the ability to control localized nesting. The software is available with a price tag.

LinuxCNC

LinuxCNC is the software designed specifically for Linux platform for controlling CNC operations. The software can be used to drive milling machines, lathes, 3d printers, and laser and plasma cutters. The software accepts G-code as input and drives CNC Machine in response. You can select your preferred GUI from a variety of GUIs. The software supports rigid tapping, cutter compensation, and many other advanced control features. This software is an open source CNC controller.

CAMotics for Mac

Camotics is the CNC router software basically designed for Mac platform users. Camotics is open source software which simulates 3 axis CNC milling or engraving. Being able to simulate is the critical part of creating CNC tool-paths, and programming without simulating is just like cutting without taking measurements. With Camotics you can preview your cutting operation before you actually start the operation. This allows you to improve your design or optimize manufacturing process before the actual manufacturing begins.

Easy CNC for Windows

Easy CNC is the CNC router software basically designed for Windows platform users. Few of the features that this software offer includes full implementation in C++, compiling and loading with Arduino IDE, Doxygen documentation, G-code interpreter, High modularity with object oriented programming, and firmware support for RAMPS 14.

Best CNC Router Software – GRZ CNC Software

GRZ CNC Software is the most popular software in the CNC router software category. The goal of development of this software is getting direct G codes ready for machining from your designs. Meshcam supports almost all the 3D drawing formats, plus it supports reading from a .dwg format to feature designs from drawings. The software also has an automatic toolpath wizard to get you machined workpiece without implementing time and knowledge for the manufacturing process.

How to install CNC Router Software?

Many of the CNC router software listed above offer a setup file, allowing an easy installation of the software. Few of the software in this category are portable, giving you access from anywhere with just one requirement of bootable USB device. CNC router software is basically designed for getting simulation before running actual machining process to get an idea of the performance and let you optimize the process before actually starting the process.

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