Guide updated · September 1Shipment confirmed September 1, 2026Scheduled
Hybrid Motion™ and 55W CO₂ are confirmed. Built-in versus optional remains unresolved. Supported upgrade paths; retail inclusion remains TBD. Usable work area and clearance remain unpublished. Price, exact on-sale date, ordering, shipping, and delivery remain unpublished.
xTool confirmed on September 1, 2026 that our early X1 evaluation unit had shipped; arrival is expected mid-September 2026. The unit has not arrived, and hands-on testing has not begun. xTool sent this early X1 unit for review. xTool has no review or approval of our testing, results, or verdict. The configuration that arrives will determine which module-specific projects enter our protocol alongside checks of software continuity, repeatability, workshop fit, and installed cost.
CO₂ cutting, high-speed diode engraving, and three expansion families meet in one machine.
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 describes a built-in 20W diode, while its September 1 Academy article 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. A clear public specification for work area, material clearance, pass-through support, rotary support, and usable dimensions is not yet available. 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window, but price, retail packages, the exact on-sale date, preorder or order timing, shipping, and delivery remain unpublished.
The facts at a glance
The X1 details worth carrying into every comparison.
Guide updatedSeptember 1, 2026xTool now gives an October release window, but price, retail packages, the exact on-sale date, preorder or order timing, shipping, and delivery remain unpublished.
Laser foundation55W CO₂ + 20W diodexTool’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.
Claimed processing speedUp to 6,000 mm/sxTool’s August 28 written release lists Hybrid Motion processing speeds up to 6,000 mm/s. This is a manufacturer ceiling, not measured throughput.
Laser Swap upgrades30W Fiber · 60W MOPA · 5W UVxTool 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.
UniCast Frame4,000-ton UniCast framexTool 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.
Retail configurations and module mappingTBDxTool 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.
Our early unitScheduledxTool confirmed on September 1, 2026 that our early X1 evaluation unit had shipped; arrival is expected mid-September 2026. The unit has not arrived, and hands-on testing has not begun.
Hybrid Motion™Gantry + galvo
Coordinated gantry-and-galvo movement, according to xTool.
Claimed speedUp to 6,000 mm/s
A published ceiling, not yet our measured job time.
Our early X1 will show whether X1 can become a real workshop center.
Shipment confirmed September 1, 2026Expected mid-September 2026TBD · Retail configurations and module mapping
xTool confirmed on September 1, 2026 that our early X1 evaluation unit had shipped; arrival is expected mid-September 2026. The unit has not arrived, and hands-on testing has not begun. Our protocol runs from unboxing and inventory through setup, measured projects, module changeover, software workflow, repeatability, direct comparisons, and real verdicts.
The configuration that arrives will determine which module-specific projects enter the test protocol.Hands-on review ahead
The configuration that arrives will determine which laser paths we can test; the received unit will not establish a retail bundle name, accessory list, or final customer configuration. We will inventory the unit and compare it with xTool’s published retail lineup.
Official xTool X1 product image.
The question behind every run
Does modular range actually protect space and keep the work moving?
We will test the full workflow: module handling, setup, output, repeatability, software continuity, failures, cleanup, and the cost of making X1 the center of a real shop.
Scheduledmid-September 2026
00
See exactly what arrives
Unpack the early X1, document every included module and item, and record the installed software and firmware before the first project begins.
01
Build a complete project path
Move from file to finished piece across every laser path included with the received configuration.
Use the same files, materials, settings, repeat counts, timing rules, and recorded failures to test consistency.
04
Place it beside the lineup
Turn results into X1-versus-P3, P2/P2S, and F2/F2 Ultra guidance for different shop profiles.
What our early X1 must answer
These six workshop questions will show where X1 saves space and handoffs—and where a specialist machine still goes deeper.
We’ll check
Included laser paths and material range
Metal marking quality and color control where supported
Fine detail and placement
Repeatability across identical runs
Which jobs still favor F2/F2 Ultra
We’ll check
Module and mode changes
Physical swap or selection steps
Alignment and calibration
Preset and file continuity
Return-to-ready time and failure recovery
We’ll check
CO₂ and any included diode workflow
Large-work handling after final envelopes are known
Cut and engraving quality
Detail speed versus full-job time
Which jobs still favor P3 or P2/P2S
We’ll check
Capability per square foot
Machine and clearance footprint
Module and accessory storage
Ventilation and utilities
Machines or handoffs the platform can realistically replace
We’ll check
Complete installed cost
Retail bundle price
Optional modules and required extras
Ventilation, consumables, and handling
Cost versus a two- or three-machine setup
We’ll check
Bundle inventory and setup
Every included item and accessory
Firmware and software maturity
Durability under repeated work
What changes before customers receive it
The road to our verdict
How will X1 earn a real workshop verdict?
TBD · Retail configurations and module mappingShipment confirmed September 1, 2026
Retail pricing, exact work areas, final packages, and availability will complete the buying picture. Our early X1 will then show how the platform handles complete projects, module changes, repeat work, and day-to-day ownership.
01
The X1 platform
Official product imagery, 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 describes a built-in 20W diode, while its September 1 Academy article calls the 20W blue-diode galvo head optional. We are waiting for the final retail matrix before labeling it standard equipment. 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. Shipment confirmed September 1, 2026.
02
Retail lineup and bundles
Exact working envelopes, final package mapping, requirements, price, and market availability remain TBD until xTool publishes the retail lineup.
03
Bundle-by-bundle buying paths
Every package mapped to materials, current xTool alternatives, included extras, optional modules, and complete installed cost.
04
Hands-on work with our early X1
What arrives, real projects, module changes, repeated runs, failures, setup, cleanup, and practical limits.
05
The workshop-staple verdict
X1 versus P3, P2/P2S, and F2/F2 Ultra for generalists, focused makers, and growing production shops.
What you’ll learn as X1 gets closer
Each update will make the package choice, the lineup comparison, and the workshop-staple question easier to answer.
What you’ll learn
Bundle clarity
Which sources, modules, accessories, utilities, and services are included in each retail configuration?
What you’ll learn
Complete price
What does each configuration cost after the required setup, modules, ventilation, and accessories are counted?
What you’ll learn
Software continuity
Which files, presets, alignment steps, module controls, and recovery routines actually transfer?
What you’ll learn
Specialist comparison
Where does X1 gain range and space—and where do P3, P2/P2S, or F2/F2 Ultra keep an edge?
What you’ll learn
Real workshop use
Do complete projects show fewer handoffs, useful changeovers, reliable output, and a manageable single point of failure?
What you’ll learn
Long-term confidence
How do support, firmware, durability, replacement parts, and any early-unit differences change ownership?
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.
