Rayforge 1.7 brings CO2 and fiber laser support, a Ruida driver, an experimental OctoPrint driver, a configuration wizard for GRBL devices, job sanity checks, a manual laser control dock, parametric text templates, and 15 new device profiles.
Rayforge 1.7 beta 2 brings a new safety net for your jobs, profiles for ten more popular laser cutters, and a significantly improved layer interaction experience.
Rayforge 1.7 beta expands hardware support to CO2 and fiber lasers, adds an experimental OctoPrint driver, brings template expressions to the sketcher text tool, and improves image processing accuracy across the board.
Rayforge 1.6 brings a complete rotary axis overhaul, a new device profile system, a redesigned layer system with per-layer WCS, and a Print and Cut addon for aligning laser cuts with printed material.
Rayforge 1.5 adds a full 3D job simulator with playback controls, native cubic bezier curve support (G5), no-go zones with collision checking, and significant performance and memory improvements.
Rayforge 1.4 adds rotary axis support for cylindrical workpieces, direct vector import for PDF files with layers, a guided camera calibration wizard, and an improved sketcher with ellipse tools and smarter snapping.
Rayforge 1.3 brings bezier curve support to the parametric sketcher, a new unified path tool, more efficient G-code output, and moves the sketcher to an optional add-on.
Rayforge 1.2 brings an AI workpiece generator, significant camera enhancements, and a completely revamped add-on system with core functionality now available as optional modules.
Rayforge 1.1 brings a powerful new G-code console, unified raster operations, and a completely rebuilt data pipeline for improved performance and stability.
Heute markiert einen besonderen Meilenstein für Rayforge – wir veröffentlichen Version 1.0 genau am ersten Geburtstag des Projekts! Was als ein einziger Commit am 1. Februar 2025 begann, hat sich zu einer vollwertigen Laser- Schneide- und Gravierplattform entwickelt.