Antares3D is a powerful software designed for enhancing 3D printing experience and quality by providing an efficient platform for G-code viewing and editing. It is an all-in-one tool that offers comprehensive features for optimizing the printing process.
Antares3D offers a vast array of features including unlimited file size handling, fast processing, G-code optimization, realistic rendering, and graphical layer editing. This allows users to get the best of their 3D printer and produce professional results without technical challenges.
With Antares3D GCE, users can enjoy the benefits of an all-encompassing array of features, including a full-featured G-code text editor complete with syntax highlighting and a safe editing mode, a 3D visualizer with a realistic rendering system, and a 2D graphical layer and printing steps viewer synchronized with G-code text editor.
Moreover, the software enables printing process simulation in both 3D preview and 2D viewer (back-plotting); a G-code file structure viewer that groups printing layers, paths, and steps, and provides easy identification. It also features a command builder with quick multi-line blocks insertion for the most commonly used G-codes, and multiple ways to highlight printed details and select them for viewing and amending.
Antares3D is complete with powerful extrudable modifiers, used as 3D selectors, cutters, and fillers, while allowing for adjustment of printed paths' width to fill the gaps or make feature detachment easier. The model translation feature enables users to shift, rotate or mirror the model to suit their requirements. The software also features a powerful G-code optimizer that noticeably reduces printing time and improves print quality.
Overall, Antares3D is by far one of the best G-code viewers that helps enhance the 3D printing workflow with its array of powerful tools and features. Whether you're a professional 3D-printer user or a beginner, this software is definitely worth considering for achieving professional-quality results.
Version 2021.2: Improved stability and performance