xTool Studio

xTool Studio is the newer all-in-one design and control software for xTool laser machines. It is intended to take over the role of xTool Creative Space (XCS) and consolidate future development there. Studio covers the same core functions as XCS—design import, layer control, parameter management, and machine connection—but with an updated interface, more integrated assets, and additional automation and AI features. Over time, XCS is expected to be phased out in favor of xTool Studio.

xTool Studio is designed specifically for xTool’s own hardware lineup. It supports devices such as the xTool D-series diode machines, the M1 hybrid laser/blade cutter, the P2 CO₂ laser, the F1, and newer xTool models as they are released. It can manage multiple xTool devices from one computer. It does not function as a generic G-code or DSP controller for third-party machines; non-xTool lasers are not officially supported in xTool Studio.

xTool Studio combines a design canvas, device control, and a large asset library in a single application. It offers basic vector tools (shapes, paths, text, node editing), bitmap handling and tracing, plus access to a large library of templates, fonts, and project examples. On supported machines, it integrates live camera previews for material alignment, material presets for different substrates, job parameter management by layer, and batch-processing tools such as automatic nesting or multi-item engraving. Newer versions also include AI-assisted image functions like background removal or image enhancement to streamline preparing artwork for engraving.

xTool Studio can run jobs locally once installed, but many features are tied to an xTool account and cloud connectivity. You typically sign in with your xTool account to access online assets, synchronize projects, and use cloud storage. Some AI functions and template libraries may require an active internet connection. However, for basic operation—loading local files, setting parameters, and sending jobs via USB—you can work largely offline after initial activation, as long as you don’t depend on cloud-only features.

For several xTool machines, particularly the D-series diode lasers and the P2 CO₂ laser, LightBurn is a viable alternative. The D-series use GRBL-type controllers, which LightBurn supports directly. The P2 uses a DSP-class controller that can be driven by the DSP edition of LightBurn. In those cases, LightBurn can handle design, layout, and job control. However, LightBurn cannot access some proprietary features, such as integrated camera workflows or certain automation functions that are tightly coupled to xTool Studio. For xTool M1 and some other models, official LightBurn support is limited or unavailable, so you may need to rely on xTool’s software for full functionality.