The xTool X1 Complete Guide
Could this become the new center of your workshop?
xTool confirms 55W CO₂. The 20W diode: Built in per xTool’s newest article; one earlier article says optional. xTool lists 30W Fiber · 60W MOPA · 5W UV as supported upgrade paths.
One X1 platform
xTool X1 is an adaptable laser platform built around 55W CO₂, Hybrid Motion™, and 30W Fiber · 60W MOPA · 5W UV support. 20W diode: Built in per xTool’s newest article; one earlier article says optional. Use this guide to decide whether that breadth, workshop fit, closest xTool comparisons, and future hands-on evidence make X1 a better choice than a specialist machine. Read the release report for timing and source updates.
· Engineering update
xTool’s latest film explains two practical questions: how X1 joins processing zones across a larger design, and how different laser sources stay aligned. These are xTool’s explanations and demonstrations, not independent measurements of a retail machine.
In its September 24 engineering film, xTool says early development left visible boundaries between processing zones. It describes a feathering algorithm that blends those boundaries as the gantry extends the area covered by the galvo.
For artwork spanning a large panel, the useful question is whether fine lines, gradients, and repeated patterns stay consistent across a region boundary. A maximum scan-speed figure cannot answer that. See the planned X1 checks.
The film describes a longest optical path of approximately 1.8 metres and says the engineers had to control accuracy to within 30 microns while making different sources converge at one point. It does not establish a finished-job accuracy guarantee or a tolerance for every retail machine. The optical-path length is not a work-area dimension.
xTool says vision algorithms automate all seven calibration steps after the user places a calibration sheet and clicks once. The film does not establish the duration, required frequency, supported configurations, or recovery procedure if calibration fails.
xTool’s September 23 engineering article identifies the 55W CO₂ head as a separate processing end. Its beam does not pass through the galvo head used by the built-in diode and supported external sources.
The film identifies Fiber, MOPA, and UV as three source types entering one flying-galvo optical path. Separately, the engineering article says up to three sources can operate sequentially within a task, with automatic switching and no simultaneous emission. It does not explain how that count includes the separate CO₂ head, built-in diode, and external packs. Automatic selection during a job does not establish automatic physical replacement of a source pack.
Five supported laser families therefore do not establish five connected sources or five sources included in every package. Follow the X1 package and pricing details, or use the xTool lineup comparison to weigh one adaptable platform against separate machines running in parallel.
Sources: xTool’s engineering film, September 24 (5:32); xTool’s engineering article, September 23(paid link). The film link is live; no public archive was available when checked.
The current X1 buying picture
Here is what xTool has confirmed—and what buyers still need before choosing an X1 configuration.
The workshop question
X1 aims to put broader creative range inside one adaptable footprint.
Official X1 product image. We’ll add pricing and final working dimensions when xTool confirms them.The X1 question we’ll put to work
We will test whether modules can protect shop space, reduce handoffs, and keep the work moving without giving up the depth a focused machine can provide.
Compare X1 with the specialist setupChoose the question that sounds most like your workshop, then follow X1 into packages, comparisons, and our hands-on work.
X1 could bring broader creative range, fewer machines competing for space, and an upgrade path that grows with the work.
This is for you if you want to understand why one adaptable platform could change the shape of a maker space.
Click to exploreSee why X1 mattersCompare the modular platform with P3 production power, P2/P2S desktop CO₂ focus, and F2/F2 Ultra detail and metal specialization.
This is for you if P3, P2/P2S, or F2/F2 Ultra is already on your shortlist.
Click to exploreCompare the lineupShop space, creative range, parallel throughput, primary materials, complete cost, and bundle fit shape the answer.
This is for you if you need to translate the X1 idea into the way your own shop earns, learns, and grows.
Click to exploreFind your shop fitHands-on testing will show how included modules, software, finished projects, and the complete workshop routine come together.
This is for you if you want to see exactly how we will put X1 through the same real-shop decisions you face.
Click to exploreSee how we’ll test X1See the platform facts xTool has announced, the retail details still to come, and the questions our hands-on work will answer.
This is for you if you want the strongest current answer without mistaking an announced feature for a finished review.
Click to exploreOpen the test baselineRetail packages and pricing complete the buying picture. Hands-on projects and long-term use will show what the platform is like to own.
This is for you if you want to follow X1 from its complete buying guide through hands-on work and the long-term verdict.
Click to exploreFollow the road to our verdictxTool X1 guide
That is the promise worth examining. xTool’s August 28 written release and September 1 Academy article both specify a 55W CO₂ laser for X1, resolving the conflicting 50W and 55W figures spoken during the livestream. xTool’s August 28 written release and its September 9 LaserSwap Academy article describe the 20W blue diode as built into the galvo head. xTool’s September 1 Hybrid Motion article still calls the 20W blue-diode galvo head optional. We are waiting for the final retail matrix before labeling it standard equipment. xTool’s August 28 written release lists Hybrid Motion processing speeds up to 6,000 mm/s. This is a manufacturer ceiling, not measured throughput. xTool publicly lists support for 30W Fiber, 60W MOPA, and 5W UV laser packs. Supported upgrade paths do not yet establish final retail package inclusion or timing.
The new workshop-staple question
X1’s appeal is the chance to build one adaptable center for cutting, engraving, detail work, and future laser modules. That could keep creators focused and nimble while protecting the workshop space that is hardest to replace.
We’ll document the complete setup and check every included item against xTool’s final retail documentation before the first project begins.
The shortlist answer
Yes. X1 could become a new workshop staple.
That case is strongest when range matters more than adding another full-size machine. X1 promises CO₂ cutting, high-speed diode engraving, and Fiber, MOPA, or UV expansion in one footprint. Final configuration, complete cost, changeovers, repeatability, specialist depth, and parallel throughput still have to show whether it earns the center of your shop.
Why X1 is different
Hybrid Motion™, Laser Swap™, and UniCast Frame define xTool’s announced platform architecture.
Gantry reach meets galvo speed.
xTool publicly describes X1 as a hybrid gantry-and-galvo system. Hybrid Motion is the name xTool gives the motion architecture that brings those two approaches together. xTool’s August 28 written release and September 1 Academy article both specify a 55W CO₂ laser for X1, resolving the conflicting 50W and 55W figures spoken during the livestream. xTool’s August 28 written release and its September 9 LaserSwap Academy article describe the 20W blue diode as built into the galvo head. xTool’s September 1 Hybrid Motion article still calls the 20W blue-diode galvo head optional. We are waiting for the final retail matrix before labeling it standard equipment. xTool’s August 28 written release lists Hybrid Motion processing speeds up to 6,000 mm/s. This is a manufacturer ceiling, not measured throughput. A clear public specification for work area, material clearance, pass-through support, rotary support, and usable dimensions is not yet available.
Detailed engraving and larger cutting no longer have to live on different machine types.
We’ll compare complete job time—not only peak movement speed—during hands-on testing.Change the laser, not the whole workshop.
xTool names Laser Swap as X1’s modular laser system and connects it to expanding the machine across different laser-source families. Its September 9 Academy article describes each added source as a cartridge mounted on the back of X1 that feeds one shared galvo head through a single optical path, with every source calibrated to the same work coordinates. xTool publicly lists support for 30W Fiber, 60W MOPA, and 5W UV laser packs. Supported upgrade paths do not yet establish final retail package inclusion or timing.
Whether that range reduces full-size machines or workflow friction is a buyer question. xTool now describes vision-assisted seven-step calibration and identification of the material and processing area. Camera specifications, focus details, software requirements, calibration timing and frequency, and the complete cross-source workflow remain unpublished.
xTool has identified the 55W CO₂ head and three supported Laser Swap upgrade powers, but the complete included-versus-optional matrix, package names, changeover details, and launch availability are still missing. xTool now gives an October release window, but price, retail packages, the exact on-sale date, preorder or order timing, shipping, and delivery remain unpublished.xTool’s named structural foundation for the platform.
xTool names UniCast Frame as the structural foundation for the X1 platform. xTool’s written release describes UniCast as 4,000-ton high-pressure die casting in automotive-grade aluminum, with three monolithic castings replacing roughly 100 parts and more than 268 screws.
Long-term rigidity, alignment, and durability remain questions for hands-on testing.
Long-term precision, thermal stability, and durability belong in our hands-on and ownership testing.F2 / F2 Ultra · metal and detail
X1 could become the shop’s adaptable center: one footprint, modular sources, shared controls, and room to grow. A P3, P2/P2S, or F2/F2 Ultra may still win when the work depends on production scale, a focused CO2 workflow, compact detail work, parallel machines, or failure isolation.
Open the three xTool comparisons →Where X1 fits
X1 vs P3
Compare laser sources, large-work handling, throughput, floor plan, software, installed cost, and whether parallel production matters.
X1 vs F2 / F2 Ultra
Compare MOPA and diode roles, detail speed, work envelope, batch handling, module changeover, and workshop footprint.
X1 vs P2 / P2S
Compare CO2 capability, workflow maturity, space, accessories, upgrade path, software continuity, and complete price.
Packages and complete cost
xTool publicly lists support for 30W Fiber, 60W MOPA, and 5W UV laser packs. Supported upgrade paths do not yet establish final retail package inclusion or timing. xTool has identified the 55W CO₂ head and three supported Laser Swap upgrade powers, but the complete included-versus-optional matrix, package names, changeover details, and launch availability are still missing. xTool now gives an October release window, but price, retail packages, the exact on-sale date, preorder or order timing, shipping, and delivery remain unpublished.
Supported UV path · not a retail package
The current UV path is for creators who want fine-detail and broader material possibilities inside the wider X1 platform.
xTool publicly lists support for 30W Fiber, 60W MOPA, and 5W UV laser packs. Supported upgrade paths do not yet establish final retail package inclusion or timing.Supported MOPA path · not a retail package
The current MOPA path is for creators who want metal marking and a deeper metal-focused lane inside the same adaptable machine.
xTool publicly lists support for 30W Fiber, 60W MOPA, and 5W UV laser packs. Supported upgrade paths do not yet establish final retail package inclusion or timing.Final retail mapping and pricing are still TBD. The chapter is ready to compare package names, included modules, accessories, complete cost, and the specialist machine each setup could keep off your bench as soon as xTool confirms them.
Explore X1 packages and costHow the tested configuration shapes testing
The configuration we test will determine which Laser Swap modules enter the hands-on protocol. Across included modules, we’ll examine complete projects, module changes, repeated files, and the handoffs one adaptable machine is meant to remove.
That testing arrangement is not proof of a final retail bundle. Module-specific projects will cover the specialist paths included with the tested configuration; UV, MOPA, and Fiber retain their own buying questions when a source is not included.
See exactly how we’ll test X1 →Follow the X1 story
We’ll add pricing and final specifications first, then show the machine inventory, the projects we make, the results we can repeat, and what long-term ownership is actually like.
Read the current buyer answers →Question 01
More capability inside one machine could protect space and reduce equipment handoffs.
Question 02
Focused machines may still lead on scale, depth, parallel production, workflow maturity, or failure isolation.
Question 03
Each package will be mapped to materials, modules, accessories, utilities, space, and complete cost.
Question 04
The configuration we test will determine how the platform promise is tested across real workshop projects.
Find your shop fit
xTool’s official August 31 post says X1 is coming this October. It does not give an exact U.S. on-sale, preorder, shipping, or delivery date. X1 belongs beside the strongest xTool option on any serious shortlist. The right choice depends on the room you have, the work you repeat, and whether one adaptable machine creates more value than dedicated stations.
The choice beneath the launch
X1’s strongest case is a shop that values creative range, future options, and protected floor space. Specialist xTool machines remain compelling when one material, workflow, scale, or production rhythm does most of the work.
Four workshop profiles
Find your closest match, then follow it into the package and machine comparison that matters most.
X1 could be the workshop center this maker has been waiting for.
Start here if your shop needs range, but the room cannot keep expanding.
Click to exploreCompare platform and specialistsX1 may make it easier to add new products without rebuilding the shop each time.
Start here if the product catalog is growing faster than the workshop.
Click to exploreBuild the complete X1 setupP3 or an established P2/P2S workflow may remain the sharper tool.
Start here if one focused production lane does most of the paid work.
Click to exploreOpen X1 vs P3 and P2/P2SF2 or F2 Ultra may still provide the more focused bench for small, fast, detailed work.
Start here if specialist speed and a focused work envelope are strengths, not limitations.
Click to exploreOpen X1 vs F2/F2 UltraThe original announcement
xTool named X1, used the phrase “The Next-Gen Laser Machine,” and paired it with dark, largely obscured teaser artwork.
xTool named X1, used the phrase “The Next-Gen Laser Machine,” and paired it with dark, largely obscured teaser artwork.
Read the official teaser
Read the X1 release report for the reveal, release timing, and later source updates →
Pricing, retail packages, exact work areas, and hands-on results are still ahead. Bookmark this guide or join the X1 update list and we’ll email when those answers land.
Prefer to check back on your own?
Current chapter: First look
