Every xTool X1 starts with a 55W CO₂ head and a 20W diode laser built into the galvo head. xTool confirms support for 30W Fiber, 60W MOPA, and 5W UV upgrades; final retail names, inclusions, prices, and availability remain TBD.
X1 packages and complete cost
Build the X1 setup around the work—not the largest box.
Three supported upgradesMOPA-equipped early unit securedRetail packages · TBD
Every X1 starts with a 55W CO₂ head and a 20W diode laser built into the galvo head. xTool confirms support for 30W Fiber, 60W MOPA, and 5W UV upgrades. The provisional UV and MOPA paths below reflect the package information currently available; final retail names, inclusions, availability, and prices remain TBD.
The bundle rule
Buy the creative lanes you will use. Leave the rest as an upgrade path.
X1 becomes compelling when one deliberate package replaces real equipment sprawl. It becomes expensive clutter if a buyer pays for modules that never earn a place in the work.
Retail package+needed modules+shop setup−equipment displaced= complete X1 value
Official xTool X1 product image
Build X1 around your work
One foundation. Three supported upgrade paths.
Every X1 begins with CO₂ cutting range and built-in diode engraving. xTool confirms Laser Swap support for 30W Fiber, 60W MOPA, and 5W UV; final retail packages and prices are still to come.
From modules to packages
Start with what every X1 can do.
Retail package details: TBD
Every X1 starts here
X1 has one confirmed platform foundation.
0155W CO₂ laser head
The cutting and engraving foundation for the broader CO₂ workload.
02Built-in 20W diode laser
A high-speed engraving path inside the galvo head.
Official xTool X1 product image
The package picture so far
UV and MOPA show two specialist directions.
The package information available today points to these two configurations. Final retail names, inclusions, availability, and pricing are still TBD.
Bundle 1 / UV · name TBDPrice: TBD
5W
UV galvanometer laser source
Consider this path when UV is the specialist capability you want X1 to add next.
or
Bundle 2 / MOPA · name TBDPrice: TBD
60W
MOPA galvanometer laser source
Consider this path when MOPA metal-detail work is the specialist capability you want beside CO₂ and diode.
Included-accessory details
The current package information lists the same supporting equipment with both configurations.
Material feeding accessories
Mobile stand
Honeycomb platform
Built to keep growing
Add a creative lane, not another full-size machine.
xTool confirms 30W Fiber, 60W MOPA, and 5W UV support. The final package matrix will tell buyers which modules and accessories are available together—and what each complete setup costs.
xTool confirms the three Laser Swap upgrade families. The provisional UV and MOPA paths shown here reflect the package information currently available; final names, inclusions, availability, and prices remain TBD until xTool publishes the retail matrix.
Start with the platform. Then map the package to the work.
The first card shows what every X1 brings to the workshop. The next two preserve the UV and MOPA package information we have today while the final retail matrix, Fiber path, and prices are still being confirmed.
Every X1 starts here
The platform foundation
55W CO₂ plus a built-in 20W diode path
X1 brings two laser paths together from the start: a 55W CO₂ head for the broader CO₂ workload and a 20W diode laser built into the galvo head for high-speed engraving.
MSRP
TBD
Launch price
TBD
Currency
TBD
Complete setup
TBD
55W CO₂ laser head.
20W diode laser built into the galvo head.
Best early fit
Makers who want cutting and engraving range in one adaptable center before choosing a more specialized expansion source.
Put it beside
Compare first with P2/P2S for an established 55W desktop CO₂ path and P3 when production-scale CO₂ work is the priority.
Bundle 1 / UV · name TBD
Retail mapping + price: TBD
Add the 5W UV galvanometer source
The package information currently available describes a UV configuration that adds a 5W UV galvanometer source to the shared CO₂-and-diode foundation. Final retail naming and inclusions remain unconfirmed.
MSRP
TBD
Launch price
TBD
Currency
TBD
Complete setup
TBD
5W UV galvanometer laser source.
Material feeding accessories.
Mobile stand.
Honeycomb platform.
Best early fit
Creators who want UV to be the next specialist lane inside the wider X1 platform.
Put it beside
Price the UV expansion against a dedicated UV station, then count the workshop space and workflow handoffs each setup requires.
Bundle 2 / MOPA · name TBD
Retail mapping + price: TBD
Add the 60W MOPA galvanometer source
The package information currently available describes a MOPA configuration that adds a 60W MOPA galvanometer source. Our expected test configuration follows this laser path, but it does not establish the final retail bundle.
MSRP
TBD
Launch price
TBD
Currency
TBD
Complete setup
TBD
60W MOPA galvanometer laser source.
Material feeding accessories.
Mobile stand.
Honeycomb platform.
Best early fit
Mixed-material shops that want a MOPA metal-detail lane beside X1’s CO₂ and diode range without adding another full chassis.
Put it beside
Compare directly with F2/F2 Ultra for a focused metal-and-detail station, then count the CO₂ machine and workshop space needed beside it.
Put the power in context
See where each X1 laser sits.
Choose the laser source you are evaluating. The comparison stays inside that laser family so a 5W UV source is never treated as weaker than a 55W CO₂ source simply because the number is smaller.
Power is the opening fact—not the final verdict.
Rated watts do not tell you the work area, beam behavior, motion speed, cooling, cameras, focusing, material handling, software, or complete workflow. Use these bars to find the right machines to compare next.
Every X1 · CO₂ foundation
55W puts X1 beside several established desktop CO₂ machines.
X1 matches the published CO₂ output of P2/P2S, Gweike Cloud Pro II, and OMTech Polar Lite. P3 moves up to 80W for a more production-focused lane, while Glowforge Pro sits at 45W. The useful next comparison is work area, motion speed, material handling, software, cooling, and complete price.
xTool
X1 CO₂ head
X1’s 55W CO₂ head, housed in the same machine as its diode laser and chosen expansion source.
55WX1 reference
xTool launch information
xTool
P2 / P2S
A dedicated desktop CO₂ workflow inside the xTool ecosystem.
X1’s 5W UV source enters a market with proven dedicated 5W options.
At rated output, X1’s supported 5W UV module sits directly beside the 5W xTool F2 Ultra UV and the 5W ComMarker Omni 1. ComMarker also sells a 10W Omni 1 configuration. The bigger decision is whether UV should live inside a broader X1 workshop center or in a dedicated UV station that can run independently.
xTool
X1 supported UV module
xTool says X1 supports this UV source alongside its 55W CO₂ and built-in 20W diode lasers; final package availability remains TBD.
5WX1 reference
xTool launch information
xTool
F2 Ultra UV
A dedicated xTool UV galvo station with a published 200 × 200 mm surface engraving area.
X1’s supported MOPA module, xTool F2 Ultra, OMTech’s 60W MOPA marker, and ComMarker’s B6 60W MOPA configuration all carry the same 60W rating. That makes wattage the opening fact—not the verdict. Work area, cameras, focus, enclosure, batch handling, software, pulse control, and whether a dedicated machine can keep working while X1 handles another job become decisive.
xTool
X1 supported MOPA module
xTool says X1 supports this MOPA source alongside its 55W CO₂ and built-in 20W diode lasers; final package availability remains TBD.
60WX1 reference
xTool launch information
xTool
F2 Ultra
A focused xTool MOPA station sold in single-source and dual-source configurations.
The same X1 package can be sensible for one shop and wasteful for another. These four lanes expose the difference.
01
Wood, acrylic, signs, and larger CO₂ projects
Does the core X1 package cover the size, power, handling, and repeat work your catalog needs?
02
Metal personalization and fine-detail products
Does the MOPA path deliver the quality, color control, placement, and repeatability that justify using X1 as the center?
03
A catalog that changes across materials
Will modules remove enough equipment, setup, and software handoffs to protect the space they promise to save?
04
Production where two jobs must run at once
Can one modular center keep up, or would consolidation create a throughput and downtime bottleneck?
Price is one line. Complete cost is the decision.
MSRP, launch price, currency, and complete setup are still TBD. When xTool publishes the retail numbers, use all six parts below: a low machine price can hide an expensive setup, while a higher package price may include enough capability to replace equipment you would otherwise buy separately.
01
Retail package
Machine, included sources, included modules, warranty, service, and launch offer.
02
Required expansion
The modules needed for your actual work—not every module shown in the platform story.
03
Workshop setup
Ventilation, utilities, clearances, fixtures, conveyors, filtration, storage, and handling.
04
Operating cost
Consumables, maintenance, replacement parts, support time, and failed-work allowance.
05
Equipment displaced
Subtract only the machines and handoffs X1 can realistically replace in your shop.
06
Throughput and risk
Count parallel capacity, changeover time, and the cost of one platform becoming a single point of failure.
What to look for on launch day
Match each bundle to the work, the space, and the machines it could replace.
When pricing and final specifications arrive, compare each bundle’s laser paths, included accessories, required extras, total setup cost, and the specialist machine that would otherwise earn that workshop space.
Follow the xTool X1
Our test unit is on the way.
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.
