xTool X1 Technology Reveal: 55W CO₂, Flying Galvo and Five Laser Paths
xTool revealed X1 with a 55W CO₂ laser, flying-galvo 20W diode, Hybrid Motion, Laser Swap upgrades, and a UniCast frame.
xTool has revealed X1 as a desktop laser platform built around a 55W CO₂ head and a flying-galvo head with a built-in 20W diode. Hybrid Motion combines gantry travel with galvo scanning at up to a claimed 6,000 mm/s, while Laser Swap supports 30W Fiber, 60W MOPA, and 5W UV upgrades. Price and exact working area remain TBD.
The complete X1 guide connects the reveal to workshop fit, package planning, xTool comparisons, FAQs, and our incoming hands-on test.
Open the xTool X1 Complete GuideX1 combines wide-format motion with a flying galvo and an expandable laser system
xTool lists a claimed maximum processing speed of 6,000 mm/s across a wide-format work area; the exact work envelope is still TBD.
xTool publicly names 30W Fiber, 60W MOPA, and 5W UV modules. Final retail mapping, timing, and pricing remain TBD.
xTool says 4,000-ton high-pressure die casting replaces nearly 100 assembled parts and more than 268 screws with three monolithic structures.
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X1 is designed to make speed, workspace scale, and laser range part of one platform decision
The X1 reveal connects a traditional gantry with a flying galvo rather than forcing buyers to choose one motion architecture. A 55W CO₂ head handles the broad cutting and engraving role, while a 20W diode is built into the galvo head for fast detail work. Laser Swap then routes supported 30W Fiber, 60W MOPA, and 5W UV modules through the centralized galvo system.
The headline is workshop consolidation, not five simultaneous lasers. X1 could let a creator move across more materials without building a row of full-size machines or learning disconnected software workflows. That promise still needs practical proof: full-job time matters more than peak movement speed, module changeovers need to be smooth, and one central machine cannot replace the parallel throughput of several independent stations. The Crafty Catsman has secured an early X1 unit, but it has not arrived or been tested. Price, exact working area, final retail packages, and market availability remain TBD.
The real test is whether one adaptable center can replace enough equipment to earn the space
Hybrid Motion coordinates traditional gantry travel with galvo scanning across four axes. X1 pairs a 55W CO₂ head with a 20W diode integrated into the galvo head, while Laser Swap supports 30W Fiber, 60W MOPA, and 5W UV upgrade modules through a shared optical path. xTool’s UniCast frame uses three automotive-grade aluminum cast structures as the foundation for that motion system.
The closest comparison changes with the work: P3 remains the production-first 80W CO₂ reference, P2/P2S represents the established 55W desktop CO₂ path, and F2/F2 Ultra represents compact high-speed detail and metal specialization. X1 enters between those roles by asking whether broad capability and protected workshop space matter more than the deepest specialist workflow or independent parallel stations.
- What will X1 and each retail configuration cost?
- What are the final CO₂ and galvo working areas and required clearances?
- Which modules and accessories will be available at ordering, and in which packages?
- How long do source changes, calibration, setup, and return-to-ready work take?
- How do complete-job speed, output quality, repeatability, software continuity, and ownership hold up in hands-on use?
Keep X1 on the shortlist while the buying picture fills in:Price, exact working area, package contents, module timing, or hands-on workflow could change which machine best fits your shop.
Start with the complete X1 comparison:You want CO₂ cutting, fast detail engraving, and a path into Fiber, MOPA, or UV without adding another full-size machine for every capability.
xTool X1 — public technology-reveal record
| X1 field | xTool X1 |
|---|---|
| Core laser sources | 55W CO₂ + built-in 20W diode |
| Supported Laser Swap upgrades | 30W Fiber, 60W MOPA, 5W UV |
| Claimed maximum processing speed | Up to 6,000 mm/s |
| Price | TBD |
| Exact working area | TBD |
| Hands-on results | Early unit secured; not yet received or tested |
Sources: Official technology release
X1 now belongs beside every serious xTool buying decision
Put X1 beside P3, P2/P2S, and F2/F2 Ultra based on the work you repeat, the space you have, and whether parallel production matters.
Price, exact working area, retail packages, module availability, and hands-on results still decide whether the platform fits your shop.
xTool publishes the X1 technology architecture
Hybrid Motion, the 55W CO₂ and 20W diode foundation, Laser Swap support for Fiber, MOPA, and UV, and the UniCast frame are now public.
Primary pages and records used for this report.
Frequently Asked Questions
What did xTool reveal about the X1?▼
xTool publicly described X1 as a platform that combines a 55W CO₂ head, a flying-galvo head with a built-in 20W diode, four-axis Hybrid Motion, Laser Swap expansion, and a three-structure automotive-grade UniCast frame.
Which laser sources does xTool X1 support?▼
xTool names a 55W CO₂ head and built-in 20W diode as the core sources, with supported Laser Swap upgrades for 30W Fiber, 60W MOPA, and 5W UV modules.
How much will xTool X1 cost, and what is its working area?▼
xTool has not yet published the final retail price, package matrix, or exact working areas used in this report. Those fields remain TBD until xTool publishes them.
Has xTool X1 been tested by The Crafty Catsman?▼
Not yet. We have secured an early X1 unit for hands-on testing, but it has not arrived. Our review will measure complete projects, source changes, setup, output, repeatability, software continuity, workshop fit, and ownership once testing begins.
Have a launch, correction, or test opportunity?
Brands, product teams, and knowledgeable sources can send relevant details, approved media, or corrections. Coverage is selected independently.
Choose the useful next step.
Start with the technology reveal, then use the complete guide to compare X1 with the machines and workflows already competing for your workshop space.
Get the next useful X1 update.
When a source-backed change affects what to buy, update, test, or ignore, we send a short decision brief with the evidence, the workshop consequence, and what remains unknown.
Know what changed. Know what it means at the bench. Decide whether to act, wait, update, test, or ignore.
Scanned daily. Sent only when the signal changes a workshop decision, with a rare alert when waiting would matter.
See how The Workshop Signal works