- Stock: In Stock
- Product code: M1 Ultra 20W SafetyPro Bundle
- Weight Brutto: 38.00kg
- SKU: P1030682-P5010279-P5010348-P5010254-P5010391
The xTool M1 Ultra 20W SafetyPro Bundle is a 4-in-1 desktop craft machine combining a 20 W diode laser, direct-surface inkjet printing, blade cutting, and automated pen plotting in one Class 1 enclosed unit. The 300 mm × 300 mm working area, 0.02 mm Pin-point Positioning™ accuracy, and 400 mm/s maximum working speed are paired with a complete SafetyPro accessory set — RA2 Pro 4-in-1 rotary module, Smart Air Assist, and SafetyPro™ AP2 Air Purifier — covering 1,000+ materials across every creative discipline.
| Laser Output Power | 20 W diode (switchable 10 W / 20 W) |
|---|---|
| Processing Modes | 4 (Laser + Inkjet + Blade + Pen) — 9 methods total |
| Working Area | 300 mm × 300 mm |
| Positioning Precision | 0.02 mm (Pin-point Positioning™) |
The image below shows the xTool M1 Ultra from an elevated angle — its amber polycarbonate cover is not purely aesthetic. It acts as a Class 4 radiation barrier, converting the enclosed machine to Class 1 safety certification, confirmed by TÜV SÜD. The CES 2025 TWICE Picks Award badge in the corner reflects the machine's recognition as a standout innovation in desktop fabrication.
Four Processing Modes, Nine Methods — All in a Single 620 mm × 498 mm Footprint
Most craft machines specialise in one discipline. The xTool M1 Ultra does not. Its interchangeable module system delivers four fundamentally different processing technologies from the same carriage rail: laser engraving and cutting at up to 20 W; inkjet printing with CMY ink directly onto wood, canvas, and fabric; blade cutting and foiling through vinyl, leather, and thick cardstock; and pen drawing with automated colour fill supporting third-party pens including Cricut. Switching between modes takes three seconds using the Easy Swap™ mechanism — no tools, no recalibration.
The overview below maps every capability cluster of the M1 Ultra, from material compatibility to the AI-assisted design interface available in xTool Creative Space. Class 1 safety, 10× single-camera positioning accuracy, and direct printing on non-standard surfaces are three differentiators that define this machine's position in the desktop craft category.
One Machine Replaces Four Separate Devices
A typical craft studio accumulates machines: a vinyl cutter here, a laser engraver there, a desktop inkjet printer, a separate pen plotter. Each occupies bench space, has its own software, its own power cable, its own learning curve. The M1 Ultra collapses all of them. A single 620 mm × 498 mm × 178 mm enclosure on the desk handles every workflow those four machines covered, with modules swapped in under three seconds. The result is not just space saved — it is project continuity: inkjet print a design onto basswood, then immediately laser-cut the outline, without unloading the material.
The comparison below places the M1 Ultra's 4-in-1 module set next to a stack of the equivalent separate craft machines, illustrating the desk-space argument at a glance.
20 W Diode Laser: 10 mm Basswood in One Pass
Sub-Millimetre Engraving Resolution Down to 0.01 mm
The 20 W diode laser cuts through 10 mm basswood in a single pass and 8 mm acrylic in a single pass — capacities that require multiple passes on lower-wattage machines. At 10 W (the switchable lower mode), performance settles at 6 mm basswood and 5 mm acrylic per pass, which is sufficient for most stationery, packaging, and light-wood projects. The spot size at full 20 W measures just 0.06 mm × 0.08 mm, and motion accuracy across the XY plane holds at 0.01 mm. Those two numbers together explain why a 30 mm wooden disc can carry fully legible fine script at ornament scale — the laser beam simply does not deviate enough to blur a stroke.
The engraving close-up below shows a personalised wooden disc processed inside the M1 Ultra. The magnified inset highlights fine lettering and linework detail, with the "precision up to 0.01 mm" annotation confirming the motion accuracy specification in real output.
Rotary Engraving with the RA2 Pro: Cylinders, Cones, and Curved Surfaces
The RA2 Pro 4-in-1 rotary attachment — bundled in this SafetyPro set — expands the working envelope to cover cylindrical and conical objects up to 99 mm in diameter. Tumblers, wine glasses, baseball bats, round jewellery boxes: the RA2 Pro rotates the object under the laser at a precisely controlled speed, unwrapping the curved surface into a flat processing plane for the control software. Objects taller than 27 mm use the included Riser Base with Honeycomb, which raises the maximum working height in laser mode to 125 mm.
The image below shows the M1 Ultra mid-session engraving a decorated cylindrical tumbler, with three finished rotary projects — an engraved wooden crate, a personalised baseball, and a jewellery canister — displayed below to illustrate the range of achievable outputs.
Blade Mode: Five Cutting Tools, One Carriage Slot
The blade module family covers the full spectrum from ultra-delicate paper craft to thick-material cutting:
- Fine-point Blade — cuts paper, stickers, and vinyl up to 1.5 mm thick with clean, intrusion-free edges on even the tightest radii
- Cutting Blade — powers through thick cardstock, leather, matboard, and balsa wood up to 2.5 mm per pass
- Rotary Blade (add-on) — glides through woven fabrics including denim, cotton, and linen without fraying or pulling threads
- Foil Transfer Tip (add-on) — presses metallic foil sheets into paper, cardstock, and leather for debossed accent finishes
- Hot Foil Pen (add-on) — applies heat-activated foil with a higher-temperature tip for more durable metallic transfer on acrylic, paper, and leather
Across all blade modes, the Pin-point Positioning™ system ensures that material is registered with 0.02 mm accuracy — ten times more precise than single-camera registration. Practically, this means cutting a printed label exactly along its border, with no white margin visible on the finished piece. No guesswork, no test cuts to confirm alignment.
The gallery below shows a representative cross-section of blade and laser output: layered paper sculpture, precision-cut leather accessories, intricate botanical felt placemats, and a laser-cut wooden keepsake box with floral fretwork.
Foil Transfer Tip — Debossed Metallic Accents on Paper and Leather
The Foil Transfer Tip mounts in the same multi-function carriage slot as the blades. It uses pressure — not heat — to push metallic foil film into the substrate surface, creating a low-relief embossed appearance. The finish is indistinguishable from commercial hot-foil stamping on greeting cards, book covers, and menu cards. Because the xTool Creative Space software controls the pressure and path with the same 0.02 mm precision used for blade cutting, registration between a previously-printed inkjet layer and the foil accent layer is exact.
Below are four foil and debossing examples produced on the M1 Ultra: an autumn-themed framed print with gold illustration, an embossed white scroll-pattern card, a foil restaurant gift tag, and a decorative golden journal cover.
Hot Foil Pen — More Durable Metallic Finishes on Acrylic and Leather
Where the Foil Transfer Tip uses cold pressure, the Hot Foil Pen heats the foil during transfer, bonding it more deeply to the surface. The result is a finish that resists peeling on harder substrates — acrylic, leather, and heavy paper — and produces a brighter, more saturated metallic sheen than the cold-transfer method. Wedding invitations, premium packaging, and high-end scrapbook covers are the natural applications. Both rose-gold and standard gold foil rolls are compatible with the pen tip.
The collage below shows premium hot-foil applications: a black floral wedding invitation with gold script and botanical detailing, a luxury jewellery gift book with foil interior lettering, an embossed restaurant menu seal, and a celestial moon greeting card with mixed metallic foils.
Inkjet Module: Full-Colour CMY Printing Directly on Wood, Canvas, and Fabric
Conventional inkjet printers require flat, coated, paper-fed substrates. The xTool inkjet module breaks that constraint. It prints directly on wood, coated acrylic, canvas, fabric, cardstock, and printing paper using a CMY (cyan-magenta-yellow) ink formulation that produces vibrantly saturated colour on porous and semi-porous surfaces. Maximum inkjet working area is 296 mm × 286 mm. Working height without the Riser Base is 20 mm; the bundled Riser Base raises this to 138 mm for thicker objects. Materials that are very dense or non-porous — bare metal, plain glass, uncoated ceramics — require a suitable ink-receptive primer before printing; once coated, they accept the ink correctly.
The frame below captures the inkjet module mid-pass, depositing a vibrant multi-colour tropical botanical pattern. The CMYK colour bar on the print head is visible, confirming the three-ink process that allows the M1 Ultra to generate the broad colour gamut its direct-surface print outputs are known for.
Pen Mode: Automated Drawing with Colour Fill and Open-Lid Long-Pen Support
The pen module accepts the included fine-point pens as well as compatible third-party pens such as Cricut markers — provided they fit the pen holder diameter. The software renders colour fills, gradient fills, and outline strokes in full automated sequences, turning complex illustrations or personalised lettering into physical drawings on paper, cardstock, or ceramic tile without human hand-holding the pen. For longer pens that exceed the standard holder depth, the M1 Ultra supports open-lid processing in pen mode only, accommodating extended pen bodies without hardware modification.
Print-to-Cut and Smart Combos: Multiple Modes in a Single Session
The most commercially useful feature of the M1 Ultra is its ability to sequence different processing modes on the same piece of material without removing it from the baseplate. A practical workflow: inkjet-print a full-colour illustration onto basswood, then install the laser module and cut the outline shape — the Pin-point Positioning™ system re-registers automatically, matching the cut path to the printed image boundary with 0.02 mm accuracy. A second example: fine-point cut a decorative pop-up book page, apply foil accents with the Foil Transfer Tip, and then draw personalised handwriting with the pen — three sequential processes on the same sheet, with no material repositioning.
The two combo workflow examples below illustrate this capability. The upper panel shows a fully-assembled cat house model built by combining inkjet printing, laser cutting, blade cutting, and pen drawing. The lower panel shows a pop-up photo book assembled from fine-point cuts, foil accents, and handwritten text — all from a single M1 Ultra session.
Pin-point Positioning™ — 10× More Accurate Than Single-Camera Systems
Most desktop craft machines use a single built-in camera for material positioning, which introduces barrel distortion, perspective error, and alignment drift near the edges of the working area. The xTool Pin-point Positioning™ system takes a different approach: you photograph the work area with your smartphone, and the xTool Creative Space app reconstructs the exact geometry using the phone's camera lens parameters alongside the machine's own reference grid. The resulting positioning accuracy of 0.02 mm is ten times tighter than single-camera systems. For batch work, the Snapshot Preview feature captures multiple irregular-shaped objects in one phone image and auto-populates the software layout, eliminating one-by-one manual alignment entirely.
Class 1 Laser Safety — TÜV SÜD Certified, Four Active Safeguards
The amber polycarbonate cover contains Class 4 working laser radiation within a Class 1 enclosure — the lowest-risk laser category, confirmed by TÜV SÜD certification. Four independent active safeguards operate continuously during processing:
- Eye-protecting cover — the amber lid blocks all Class 4 wavelengths from exiting the enclosure
- Lid-open stop design — lifting the lid during a laser operation immediately cuts power to the laser module
- Tilt detection — an inertial sensor halts processing if the machine is displaced or toppled
- AI fire detection — the onboard camera monitors the work area in real time and triggers an automatic shutdown if a flame signature is detected
The image below shows the machine in a home environment alongside a family — confirming the Class 1 designation means the M1 Ultra requires no dedicated machine room, no laser curtain, and no protective eyewear. The four safety icons at the bottom of the frame correspond to the active safeguards listed above.
1,000+ Supported Materials: From Vinyl to Marble, Felt to Plated Metal
The four processing modes together access materials that no single-technology machine can cover: the laser handles wood, MDF, leather, opaque acrylic, stainless steel, plated metal, ceramic, and marble. The blade cuts vinyl (laser-incompatible), felt, fabric, and paper cardstock. The inkjet module prints on wood, canvas, fabric, and coated acrylic. The pen draws on paper and ceramic. In total, this combination covers more than 1,000 distinct materials and surface treatments — approximately three times the range of a single laser module alone. Vinyl, in particular, cannot be processed with a laser (the chlorine gas generated is corrosive and hazardous) but is handled cleanly and precisely by the fine-point blade.
The collage below illustrates the breadth of seasonal and occasion-specific applications the M1 Ultra supports throughout the year: home decor, event signage, personalised gifts, and small-batch commercial merchandise.
How the xTool M1 Ultra Compares to Single-Function Craft Machines
The comparison data from xTool's own benchmark testing against a leading competing craft machine (labelled "C Brand") confirms the breadth advantage. The M1 Ultra offers switchable 10 W / 20 W laser output; the competitor offers none. Direct inkjet printing is built in; the competitor requires an external printer connection. Pen drawing on the M1 Ultra includes colour fill and official third-party pen support; the competitor offers pen drawing without colour fill and no official third-party pen compatibility. The M1 Ultra supports rotary engraving; the competitor does not. Material compatibility stands at 1,000+ versus the competitor's approximately 300. Maximum working height reaches 27 mm (125 mm with the bundled Riser Base) versus the competitor's 2.5 mm.
The benchmark comparison chart below summarises these differences across functionality, material range, and ease-of-use dimensions — including connectivity (WiFi/USB/IP versus USB/Bluetooth only) and AI image generation availability.
Tech Tip: When running a print-to-cut workflow — inkjet first, then laser — always allow the ink to fully cure before initiating the laser pass. On coated acrylic and wood veneer, freshly deposited CMY ink that has not fully dried can bubble or blister under the laser heat, particularly at higher power settings. A minimum 5-minute drying interval at room temperature is sufficient for most substrates. For leather, extend to 10 minutes. This single precaution eliminates the most common defect mode in multi-mode combo workflows.
xTool M1 Ultra 20W SafetyPro Bundle — Complete Accessory Set
This bundle pairs the base M1 Ultra machine with seven purpose-built accessories that address the most common barriers to productive use: air filtration, extended working height, rotary capability, colour output, and blade variety. The RA2 Pro 4-in-1 rotary handles cylindrical, conical, ring-shaped, and irregular round objects in a single attachment. The Smart Air Assist directs a focused air stream at the laser focal point, clearing combustion residue and improving cut edge quality on wood and acrylic. The SafetyPro™ AP2 Air Purifier captures smoke, particulates, and VOCs generated during processing, making indoor operation cleaner and more comfortable. The Riser Base with Honeycomb lifts the work surface to accommodate thicker materials and larger cylindrical objects.
The image below shows the complete M1 Ultra 20W SafetyPro Bundle laid out: the machine itself with all seven bundled accessories clearly identified and individually labelled.
Expand with the xTool Creative Ecosystem
The M1 Ultra is designed as a hub, not an endpoint. The xTool Heat Press and xTool Screen Printer connect directly to the M1 Ultra's output workflows. The Screen Printer uses a laser-engraved screen template from the M1 Ultra to silk-screen print multicolour designs onto T-shirts and textiles. The Heat Press accepts HTV (heat-transfer vinyl) cut by the M1 Ultra's blade module and transfers designs onto garments using calibrated heat and pressure. Both accessories use the same xTool Creative Space software environment, so design files transfer seamlessly between devices without format conversion.
The studio image below shows all three xTool devices — Heat Press, M1 Ultra, and Screen Printer — arranged as a complete textile customisation station on a single workbench.
Technical Specifications of the xTool M1 Ultra 20W SafetyPro Bundle
Processing Capacity
| Laser Type | 20 W Diode Laser |
|---|---|
| Processing Modes | Laser Cutting, Laser Engraving, Inkjet Printing, Blade Cutting, Foiling |
| Laser Cuttable Materials | Wood, Opaque Acrylic, Paper, MDF, Leather |
| Blade Cuttable Materials | Paper Cardstock, Vinyl, PVC, Leather |
| Laser Engravable Materials | Wood, Opaque Acrylic, Leather, Stainless Steel, Plated Metal |
| Inkjet Printable Materials | Paper, Cardstock, Wood, Canvas, Acrylic |
| Working Area — Laser / Blade / Pen Mode | 300 mm × 300 mm |
| Working Area — Cutting Blade | 295 mm × 295 mm |
| Working Area — Inkjet Mode | 296 mm × 286 mm |
| Max. Working Speed | 400 mm/s |
| Max. Laser Cutting Depth — 20 W, Basswood | 10 mm in one pass |
| Max. Laser Cutting Depth — 10 W, Basswood | 6 mm in one pass |
| Max. Laser Cutting Depth — 20 W, Acrylic | 8 mm in one pass |
| Max. Laser Cutting Depth — 10 W, Acrylic | 5 mm in one pass |
| Max. Blade Cutting Depth — Fine-point Blade | 1.5 mm |
| Max. Blade Cutting Depth — Cutting Blade | 2.5 mm |
| Max. Processing Height — Laser Mode, with Riser Base | 125 mm |
| Max. Processing Height — Laser Mode, without Riser Base | 27 mm |
| Max. Processing Height — Inkjet / Pen / Blade Mode, with Riser Base | 138 mm |
| Max. Processing Height — Inkjet / Pen / Blade Mode, without Riser Base | 20 mm |
| Max. Rotary Engraving Diameter (with Riser Base) | 0–99 mm |
Accuracy & Precision
| Laser Spot Size — 10 W | 0.04 mm × 0.06 mm |
|---|---|
| Laser Spot Size — 20 W | 0.06 mm × 0.08 mm |
| Positioning Precision | 0.02 mm |
| Ranging Precision | 0.1 mm (Probe) |
| Image Resolution | N/A |
| Motion Accuracy | 0.01 mm |
Smart Software
| Supported Software | xTool Studio |
|---|---|
| Operating System | Windows / macOS |
| Connection Method | USB / Wi-Fi / IP |
| Supported File Formats | SVG / DXF / JPG / JPEG / PNG / BMP / TIF |
| Almake Compatibility | Yes |
Easy Operation
| Pre-assembled | Yes |
|---|---|
| Built-in Camera | N/A — uses Pin-Point™ smartphone-based positioning |
| Positioning Method | Pin-Point™ Positioning |
| Focus Mode | Autofocus |
General Information
| Safety Certification | Class 1 Laser Safety (TÜV SÜD Certified) |
|---|---|
| Product Dimensions | 620 mm × 498 mm × 178 mm |
| Product Weight | 17 kg |
| Max. Machine Input Power | 200 W |
| Power Adapter Input Voltage | 100 V – 240 V ~ AC 50/60 Hz |
Laser Module Specifications
| Working Laser Wavelength | 455 nm ± 5 nm |
|---|---|
| Beam Divergence | 1.5 mrad |
| Max. Power Output | 20 W |
| Indicator Laser Wavelength | 650 nm ± 5 nm |
| Indicator Laser Power | 0.39 mW |
Operating Conditions
| Operating Temperature | 0 °C to 35 °C |
|---|---|
| Storage Temperature | –10 °C to 40 °C |
| Recommended Operating Temperature | 10 °C to 30 °C |
What's in the Box
Main Machine
- xTool M1 Ultra machine (pre-assembled)
- Laser module
- Multi-function carriage
- Smoke exhaust module
SafetyPro Bundle Accessories
- Blade Tools ×4 (Fine-point Blade, Cutting Blade included; Rotary Blade and Foil Transfer Tip also in set)
- Fine-point pens — colour set
- Inkjet Module
- Smart Air Assist
- Riser Base with Honeycomb
- RA2 Pro: 4-in-1 Rotary Attachment
- SafetyPro™ AP2 Air Purifier
Tools & Accessories
- Power cable and adapter
- USB cable
- Fine-point pen ×8
- Pen holder
- Triangular prism holder ×4
- Triangular prism ×10
- Cutting mat — LightGrip (blue, for lightweight paper materials)
- Cutting mat — FabricGrip (pink, for fabrics)
- Filter ×8
- Key ×2
- Grease
- Material pack
- Screwdriver
- Lens mount (spare part) ×2
- Lens mount rotating piece
- Thumb screw for baseplate (spare parts) ×2
Documentation
- Quick Start Guide
- Safety Instructions
How to Set Up the xTool M1 Ultra for First Use
This procedure covers the initial hardware assembly and software connection steps required before the first processing session on the xTool M1 Ultra.
Step 1: Remove the Transport Fixing Screws
Before powering on, locate and remove the screws that lock the X-axis and Y-axis guide rails in position for shipping. These prevent carriage movement during transit and must be removed before first operation. Retain the screws for future transport of the machine.
Step 2: Install the Laser Module
Slide the laser module onto the basic carriage and secure it according to the Quick Start Guide diagram. Ensure the module locks firmly into position before proceeding — a loose module will cause focus drift and inconsistent cutting depth.
Step 3: Install the Smoke Exhaust Module
Attach the smoke exhaust module to the rear of the machine. Always verify that a filter cartridge is installed inside the module before use — operating the exhaust module without a filter will allow smoke and particulates to bypass filtration and damage the module internals. The SafetyPro AP2 Air Purifier included in this bundle provides an additional layer of air filtration in the room.
Step 4: Insert the Safety Key
Insert one of the two provided keys into the key port on the machine's side panel. The key enables laser processing and all related functions. Removing the key locks out processing — a deliberate physical safeguard when children or non-operators are present near the machine.
Step 5: Connect to Power
Plug the power cable into the machine's power port and connect the adapter to a mains outlet. The M1 Ultra accepts 100 V – 240 V ~ AC 50/60 Hz, making it compatible with Spanish and European power infrastructure without a voltage converter.
Step 6: Download and Install xTool Studio Software
Navigate to s.xtool.com/software on a Windows or macOS computer to download xTool Studio. For mobile-based Snapshot Preview and Pin-point Positioning, also install the xTool Creative Space app on your smartphone (available on the App Store and Google Play, or via the QR code in the Quick Start Guide).
Step 7: Power On and Connect the Machine
Switch on the M1 Ultra using the power switch. The status indicator will cycle through its startup sequence — solid white indicates standby mode not yet connected to xTool Creative Space (XCS). Connect via USB cable or Wi-Fi through the software interface. Once the indicator turns solid purple and the buzzer sounds once, the machine is connected and ready for its first processing job.
What is the difference between the xTool M1 Ultra and the xTool S1?
Both machines carry Class 1 safety certification and support the RA2 Pro rotary attachment and laser screen printing. The M1 Ultra is a 4-in-1 multifunctional craft platform (laser, inkjet, blade, pen) with a 300 mm × 300 mm working area and a maximum speed of 400 mm/s, covering 1,000+ materials including vinyl and fabric — materials that cannot be processed with a laser alone. The S1 is a dedicated laser engraver and cutter with a larger 498 mm × 330 mm workspace (extendable to 3 m with the conveyor accessory), higher maximum speed of 600 mm/s, and power options up to 40 W (or 2 W IR for bare metal engraving). Choose the M1 Ultra for versatile multi-technique crafting; choose the S1 for high-throughput, large-format laser work.
What materials does the xTool M1 Ultra support?
The M1 Ultra supports over 1,000 materials across four modes. Laser mode: wood, leather, MDF, coated acrylic, electroplated metal, painted metal, ceramic, marble, and more. Blade mode: vinyl (laser-incompatible), paper, leather, felt, fabrics. Inkjet mode: wood, coated acrylic, canvas, fabric, printing paper. Pen mode: paper, ceramic. This combination covers approximately three times more material types than a single laser module alone.
What surfaces can the inkjet module print on?
The inkjet module prints directly on fabrics, wood, coated acrylic, canvas, cardstock, and printing paper. Very dense or non-porous surfaces — bare metal, plain glass, uncoated ceramics — cannot receive the ink without preparation, as the ink cannot adhere without a porous or coated surface layer. Applying a compatible ink-receptive primer to those surfaces solves the adhesion problem before printing.
How do I customise a T-shirt with the xTool M1 Ultra?
Two methods are available. Using the xTool Screen Printer: engrave a screen template with the M1 Ultra's laser mode, then transfer ink through the screen onto the T-shirt — best for multicolour art and graphic designs. Using the xTool Heat Press: cut a heat- transfer vinyl (HTV) pattern with the M1 Ultra's blade mode, then apply heat and pressure to bond the vinyl design onto the fabric — suitable for intricate shapes, sublimation transfers, and DTF applications.
How do I engrave a tumbler or other curved object with the M1 Ultra?
Mount the RA2 Pro 4-in-1 rotary attachment (included in the SafetyPro Bundle) and place the tumbler on its rollers. The RA2 Pro rotates the object under the laser at a controlled speed, mapping the curved surface as a flat processing plane. For tumblers or objects taller than 27 mm, add the included Riser Base with Honeycomb to raise the working height in laser mode to 125 mm. The RA2 Pro handles cylindrical, conical, and ring-shaped objects up to 99 mm in diameter.
Why Choose EXPERT3D?
EXPERT3D has specialised in advanced fabrication technology and 3D innovation since 2012 — more than a decade of hands-on experience selecting, deploying, and supporting professional equipment across design studios, craft businesses, universities, and R&D teams across Spain and Europe. We provide pre-sales technical consultation, delivery coordination to peninsular Spain and the EU, and post-sale support backed by direct manufacturer contact. As an official representative of xTool, we guarantee the best price, authorised service, and official warranty. The xTool M1 Ultra is a complex multi-technology platform: our team can help you navigate the module configuration, the xTool Creative Space software onboarding, and workflow integration for your specific creative or commercial application. Contact us to discuss your requirements and current stock availability.
