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xTool F2 Ultra UV Laser Engraver Deluxe Bundle

xTool F2 Ultra UV Laser Engraver Deluxe Bundle
xTool F2 Ultra UV Laser Engraver Deluxe Bundle
xTool F2 Ultra UV Laser Engraver Deluxe Bundle
xTool F2 Ultra UV Laser Engraver Deluxe Bundle
xTool F2 Ultra UV Laser Engraver Deluxe Bundle
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xTool F2 Ultra UV Laser Engraver Deluxe Bundle
  • Stock: In Stock
  • Product code: F2 Ultra UV Deluxe Bundle
  • Weight Brutto: 32.00kg
  • SKU: P0101000396-P3010010-P5010454-P5010391
6 382€
Ex Tax: 5 274€
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The xTool F2 Ultra UV 5 W Laser Engraver Deluxe Bundle combines a 355 nm cold-process galvanometer laser with four precision accessories — the Auto Streamline™ Conveyor, RA3 Rotary Attachment, and SafetyPro™ AP2 air purifier — into a single production-ready system. Batch engrave on flat stock up to 200 mm × 500 mm, process cylinders from 3 mm to 198 mm diameter, and filter 99.97% of particulates, all from a compact desktop footprint.

xTool F2 Ultra UV Deluxe Bundle featuring 355nm cold-processing laser, RA3 4-in-1 rotary, automated conveyor, and AP2 air purifier.
Laser Type 5 W 355 nm UV Laser
Max. Working Speed 15.000 mm/s
Working Area with Conveyor 200 mm × 500 mm
Rotary Diameter Range (Roller) 3 – 198 mm

Why UV at 355 nm Changes Everything

Most desktop lasers operate thermally — they burn. The 355 nm UV laser works through photochemical bond-breaking: high-energy photons disrupt molecular structures with virtually no thermal transfer to the surrounding material. This cold processing is why the F2 Ultra UV produces burn-free edges, requires no pre-coating or post-polishing, and handles heat-sensitive substrates that would be destroyed by CO₂ or fiber alternatives.

The UV spot size is 0,02 × 0,02 mm — over 100× smaller than a CO₂ spot. Combined with 0,001 mm vector resolution, this physical advantage makes it possible to engrave text as small as 0,3 mm, mark watch movements and chips with 0,2 mm positional accuracy, and create 3D subsurface sculptures inside glass with museum-grade sharpness.

Infographic showing the UV laser's 355 nm position on the electromagnetic spectrum with three key benefits: micron spot flawless detail, burn-free edges clean results, and no limits unlock new materials

Cold Processing: No Burns, No Cleanup, One Step

The difference between thermal and cold laser processing is visible immediately on wood. A conventional laser leaves dark, scorched edges. The F2 Ultra UV produces clean relief texture with zero charring — no masking tape, no chemical treatment, no sanding. This clean-process behaviour extends to soap, chocolate, silicone, and ceramics — all materials that warp or discolour under heat.

Side-by-side comparison of wood jewelry box engraving: left sample shows dark scorched edges from a thermal laser, right sample shows clean burn-free relief engraving from the xTool F2 Ultra UV cold processing

Auto Streamline™ Conveyor: Factory Productivity, Desktop Footprint

The Auto Streamline™ Conveyor closes the gap between a single-piece precision engraver and a production system. It comes pre-assembled — one cable connects it to the F2 Ultra UV, and the machine's smart camera takes over from there. Load materials onto the belt, confirm the layout in xTool Studio, and collect finished pieces. No manual repositioning between items.

Split image showing xTool Auto Streamline Conveyor in two contexts: industrial factory batch engraving production line (top) vs. a person using the conveyor with an xTool laser at home on a desk (bottom)

The conveyor extends the standard 200 × 200 mm surface working area to 200 mm × 500 mm — a 2.5× increase in engraving length — while supporting material loads up to 10 kg and items up to 81,5 mm thick. The PU belt, certified to California Proposition 65 standards, is a healthier alternative to common PVC belts and travels the full 500 mm length without slippage.

xTool Auto Streamline Conveyor with green laser grid preview showing the expanded 220 mm × 500 mm engraving area with dimension callouts, F2 Ultra UV laser engraver positioned above

The smart camera inside the F2 Ultra UV does more than preview — it identifies each object's contour on the conveyor and automatically maps the design to it. The following image shows xTool Studio detecting circular coaster shapes on the belt and aligning the design to each one, while the operator monitors from a laptop.

Laptop screen showing xTool Creative Space software with auto-detected circular coasters on the conveyor belt, design layout preview alongside the physical conveyor with wood rounds in the background

Batch Production: Eight Flasks in a Single Run

Place identical materials on the belt and the camera takes care of the rest. The image below shows eight personalised steel groomsman flasks engraved sequentially in a single automated run — no operator intervention required between pieces.

Eight engraved steel groomsman flasks arranged on the xTool Auto Streamline Conveyor belt beside the F2 Ultra UV laser, demonstrating automated batch production

Two distinct production modes cover every scenario. For large formats, the conveyor moves a single oversized piece under the stationary laser head — a family photo across 220 × 500 mm becomes one uninterrupted job. For small-item batches, multiple objects are placed side by side: jewellery pendants, wood spoons, business card blanks, or branded tokens — all engraved in a single pass.

Four-panel image showing xTool conveyor batch and large-size applications: wall family photo panel, engraved wood spoons, gold jewelry heart pendants, and gold business cards in a card holder xTool conveyor feeder with high-friction belt for automated, continuous material advancement in large-format laser cutting and engraving applications.

RA3 Rotary Attachment: Every Round Surface Is Now a Canvas

The xTool RA3 is a 4-in-1 rotary attachment that expands engraving capability to cylinders, spheres, rings, and irregular shapes. Chuck mode handles diameters from 0 to 130 mm; roller mode covers 3 to 198 mm. Inner rings are processed at a fixed 26° angle — set in one step, no iterative tuning.

xTool RA3 Pro 4-in-1 rotary attachment with roller and chuck modules for 360-degree high-precision laser processing of cylindrical geometries.

The MagSwap™ design makes switching between chuck and roller modes entirely tool-free. Magnetic pin-alignment locks each module into position in seconds. The image below shows the jaw exchange mechanism: from parts to a configured chuck with no screws, no loose hardware.

MagSwap modular rotary axis with magnetic pin-alignment for rapid tool-less jaw exchange and repeatable precision in cylindrical laser processing.

The new T-type jaw design, with additional contact points and an expanded grip range, secures rims up to 130 mm in diameter without slipping — a direct upgrade from the 100 mm limit on the previous RA2 Pro. High-value items stay firmly positioned throughout the engraving cycle.

RA3 rotary attachment with T-type jaw design versus RA2 Pro, enabling 130mm rim capacity for non-slip laser engraving stability.

The RA3 supports all rotary mode types available on the F2 Ultra UV: chuck, roller, sphere, ring, and inner ring. Full-wrap engraving on revolving vases — previously impractical due to continuously varying radius — is now achievable. Batch production is supported via the optional Chuck Kit and Roller Extension Kit, allowing multiple items to process in a single, efficient run at speeds up to 1200 mm/s.

Modular 4-in-1 laser rotary attachment utilizing jaw chuck and roller modules for processing spheres, rings, and irregular geometries.

For custom order production, the RA3 roller batch mode allows up to 3 sets of rollers to run simultaneously, maximising throughput on cylindrical items. Chuck batch mode keeps the next item loaded and ready while the current one engraves.

Rotary marking module demonstrating chuck-driven engraving for handled mugs and roller-batch processing for high-volume cylindrical item personalization.

Full-wrap engraving on a revolving vase is one of the most technically demanding rotary operations. The image below shows a completed full-wrap design on a glass vase — seamless from any viewing angle.

Full-wrap laser engraving on a glass vase utilizing 360° LiDAR mapping for automated focal calibration on variable-radius surfaces.

SafetyPro™ AP2: 7-Layer Filtration for Clean Air

The SafetyPro™ AP2 air purifier provides up to 7 stages of filtration engineered for continuous laser processing environments. SGS-certified results: 99.99% PM2.5 removal, 99.97% 0.3 µm dust filtration, and 99.99% TVOC removal. Acrylic cutting — one of the harshest odour-generating operations — produces 0.0 ppm VOC readings at the purifier outlet.

4-bay smoke purifier with dual top-exhaust, designed for high-efficiency fume extraction during 1064nm fiber and 455nm diode laser processing.

The 7-layer filtration stack works from coarse to fine. A SuperCyclone pre-filter (36 cyclones) removes particles over 5 µm aerodynamically — no contact, no clogging — and extends downstream filter life by up to 10×. The Ultra-Dense Carbon Mesh layer uses carbon particles 400× smaller than standard activated carbon, achieving superior VOC adsorption capacity with the same physical footprint.

Technical 7-layer filtration stack: 99.97% HEPA for 0.3μm dust, activated carbon, and SGS-certified 99.99% VOC and PM2.5 removal.

The image below shows a direct VOC comparison during acrylic cutting: 3.3 ppm without the purifier versus 0.0 ppm with the AP2 active, demonstrating the practical elimination of cutting odour in enclosed workspaces.

Comparative VOC monitoring (0.0 vs 3.3 ppm) during acrylic laser cutting using 4.5 lbs ultra-dense activated carbon mesh filtration.

Ultra-dense carbon mesh is the primary odour absorption stage. Carbon particles sized at 0.36 mm³ — versus the 157.9 mm³ of standard carbon — pack far more surface area into the same volume, delivering sustained adsorption performance over a longer service interval.

Ultra-dense carbon mesh filter for laser purifiers, featuring 400X smaller carbon particles for high-capacity odor absorption and air purification.

The SuperCyclone technology uses multi-cyclone arrays to separate particles by centrifugal force before they reach the filter cartridges, preventing premature clogging even during heavy-duty basswood and acrylic processing.

SuperCyclone Separation Technology featuring multi-cyclone arrays for high-efficiency, clog-free aerodynamic dust separation and collection in vacuum stations.

The comparison below illustrates the lifespan benefit: with the cyclone pre-filter in place, downstream filter cartridges last up to 10× longer under identical processing conditions.

SuperCyclone pre-filter comparison demonstrating 10x lifespan extension by preventing clogging during 3mm basswood and acrylic laser processing.

At 150 m³/h airflow and 220 W power draw, the AP2 is sized for desktop laser workloads. The 55 dB operating noise level is low enough for shared studio or office environments. Purified exhaust air can be discharged directly into the room — no external ducting required — as it meets indoor air quality standards.

AP2 Max (700m³/h) dual-fan system compared to AP2 (150m³/h) single-fan, illustrating high-volume airflow for industrial smoke purification.

Intelligent Control: Sync, Monitor, Automate

The AP2 connects wirelessly to the F2 Ultra UV via a Bluetooth Dongle. In AUTO mode, the purifier starts and stops with the laser, adjusts airflow based on the selected material, and monitors filter life in real time through xTool Studio. The pull-out magnetic door design makes filter cartridge replacement a tool-free, one-minute operation.

xTool smart smoke purifier featuring material-specific airflow optimization, automated laser synchronization, and integrated filter life cycle monitoring.

The high-torque centrifugal motor and modular filter stack are accessible from the front panel — no disassembly of the machine required. The image below shows the motor assembly alongside the multi-layer cartridge array for low-noise, localised fume extraction.

High-suction centrifugal motor assembly and multi-layer modular filter cartridges for low-noise localized fume extraction and atmospheric particulate purification.

Glass Mastery: 3D Inner Engraving and Surface Work

No other desktop laser handles glass like a UV source. The F2 Ultra UV focuses the beam beneath the surface of glass blocks, crystal balls, and transparent acrylic to create permanent 3D subsurface engravings — the outer surface remains entirely untouched. Processing speed is up to 180% faster than traditional UV machines. Surface operations include flat engraving, embossing, cutting, and rotary engraving up to 150 mm diameter.

Three glass products engraved with the xTool F2 Ultra UV: a commemorative whiskey glass with surface engraving, a crystal block with a 3D inner-engraved chess knight, and a resin seahorse pendant with rotary engraving

Two switchable field lenses — one optimised for inner engraving (70 × 70 mm), one for surface work (200 × 200 mm) — let a single machine cover both workflows without any mechanical modification. These lenses are specific to the F2 Ultra UV and cannot be interchanged with standard F2 Ultra optics.

xTool F2 Ultra UV internal view showing the quick-swap field lens mechanism, with inset panels displaying: surface engraving lens paired with a star-shaped crystal trophy, and inner engraving lens paired with an angel crystal block

Dual 48 MP Cameras: 0,2 mm Positioning Accuracy

The F2 Ultra UV integrates two 48 MP cameras working in tandem for autofocus, automatic positioning, and real-time preview — achieving 0,2 mm positioning accuracy, 60% more precise than single-camera systems. LiDAR ranging adds a second verification layer for accurate focus on curved and irregular surfaces.

xTool F2 Ultra UV cutaway view showing two internal 48 MP cameras projecting dual light cones onto a pocket watch placed on the work surface, with Hawk-Eye Vision 0,2 mm accuracy callout

Micron Precision for Jewellery, Watch Parts, and Microelectronics

A 0,001 mm vector resolution and 0,00133 mm motion resolution in inner engraving mode produce detail that rivals industrial marking systems. Text micro-engraved on a diamond ring remains readable under magnification while leaving the gemstone surface entirely undamaged.

Micro-engraving precision demonstration on a diamond engagement ring: magnified inset shows 'Forever Love' inscription engraved at micron level, with UV spot vs Fiber spot vs CO2 spot size comparison at the bottom

Material Versatility: What Other Lasers Cannot Reach

The 355 nm wavelength is absorbed by nearly all materials — including fully transparent acrylic, clear glass, and silicone — where CO₂ and fiber sources reflect or pass through without effect. Commercial applications include keyboard keycap legends, green acrylic business cards, metal compass medallions, denim fabric, ceramic mugs, glass spirits bottles, and silver jewellery.

Grid collage of xTool F2 Ultra UV processed products across diverse materials: keyboard keycaps, green acrylic business card, gold metal compass medallion, denim jeans, ceramic mug, teal glass whiskey bottle, and silver flower pendant

The AP2 purifier is equally versatile in application scope. Beyond laser processing, it handles fumes from arc welding, electronics soldering, and mechanical woodworking — making it a practical addition to any light industrial workstation.

xTool smoke purifier filtering hazardous particulates from laser wood cutting, arc welding, electronics manufacturing, and mechanical woodworking applications.

High-Value Output: Premium Products at Scale

UV laser output commands premium pricing because no other desktop process achieves the same combination of resolution, material range, and clean finish. With the conveyor and RA3 added to the workflow, those premium products can now be produced in volume: personalised crystal photo blocks, engraved metal rings, feather-etched champagne flutes, 3D crystal balls, and resin pendants — all at batch scale.

Premium product collage engraved with xTool F2 Ultra UV: illuminated crystal family photo block, personalised metal signet rings, feather-etched champagne flute, 3D solar system crystal ball on wooden stand, and blue resin seahorse pendant

Safe by Design: Class 4 Laser with Full Enclosure

The F2 Ultra UV ships pre-assembled with Class 4 laser safety certification. An emergency auto-stop halts the beam immediately if the enclosure is interrupted. The conveyor is compatible with the protective enclosure — keep the enclosure no more than 5 mm above the material surface during conveyor operation. Only professionally trained personnel should operate the system with the conveyor in use, as diffused laser beams may exit the enclosure openings. Operating range: 10 °C to 30 °C; storage down to -10 °C.

Professional operator examining a finished 3D inner-engraved crystal block next to the xTool F2 Ultra UV machine, with icons highlighting Emergency Auto-Stop, Advanced Cooling, and Plug-and-Play features

The standalone F2 Ultra UV unit, shown below, weighs 22,5 kg with a machine footprint of 294 × 429 × 520 mm. The conveyor adds 1002 × 290 × 89 mm alongside it and weighs 8,545 kg.

xTool F2 Ultra UV standalone laser engraver with amber-tinted protective enclosure and separate xTool touchscreen controller unit, shown on white background

The AP2 technical specification comparison below summarises filter tier performance against the six-layer baseline, including the cyclone pre-filtration count and primary filter service life.

xTool SafetyPro™ AP2 technical comparison featuring six-layer filtration, cyclone pre-filtration, and 100-hour primary filter life for laser processing.
Expert Verdict: This Deluxe Bundle solves three distinct production problems simultaneously. The F2 Ultra UV provides cold-process UV capability that historically required industrial equipment at ten times the cost. The Auto Streamline™ Conveyor converts that precision engraver into a batch production line — with camera-driven automatic object detection that eliminates the manual repositioning bottleneck. The RA3 expands the addressable product range to every cylindrical and spherical geometry, including full-wrap vases and inner rings. The SafetyPro™ AP2 closes the loop on air quality — making continuous studio operation practical without external ducting. For jewellers, gift producers, and small production studios that need UV-quality output at volume from a single desktop system, this is the complete configuration.
Tech Tip: Never cut materials directly on the conveyor belt — the laser beam will permanently damage the PU surface. Use the conveyor exclusively for engraving operations. When switching between the inner engraving lens and the surface engraving lens, always run autofocus calibration in xTool Studio before the first job — the two lenses have different focal lengths and skipping recalibration produces uncorrectable out-of-focus results. Keep the K9 glass block from the inner engraving pack on hand for quick focal verification. For the AP2, clean the SuperCyclone module every 3 to 6 months; the cyclone windows let you inspect dust accumulation without disassembly.

Technical Specifications of the xTool F2 Ultra UV 5 W Laser Engraver Deluxe Bundle

Processing Capacity — F2 Ultra UV

Laser Type 5 W 355 nm UV Laser
Processing Mode Laser Engraving, Laser Cutting
Supported Materials (Engravable) Glass, Crystal, Acrylic, Wood, Metal, Leather, Plastic, Rubber, Silicone, Ceramic and more
Supported Materials (Cuttable) Glass, Plastics (PE, PP, EVA, PET, etc.), Fabric, Leather, Acrylic (Not Fully Transparent), Paper, Wood, and More
Working Area (Inner Engraving) 70 mm × 70 mm
Working Area (Surface Engraving) 200 mm × 200 mm
Working Area (Surface Engraving with Conveyor) 200 mm × 500 mm
Max. Working Speed 15.000 mm/s
Max. Laser Cutting Capacity (Basswood) 15 mm in Multiple Passes
Max. Laser Cutting Capacity (Acrylic) 12 mm in Multiple Passes
Max. Processing Height 150 mm
Max. Rotary Engraving Diameter 150 mm

Smart Software and Operation — F2 Ultra UV

Supported Software xTool Studio
Operating System Windows / macOS
Connection Meth

Main Parts

Wearable Parts

Consumables and Accessories

Circuit board, motor, laser head, camera, guide rail, rotary attachment (if included), etc. Timing belt, blade holder, mirror, lens, etc. Material for processing, smoke exhaust pipe, user manual, packaging, utility knife, screwdriver, base plate, cable for rotary attachment (if included), risers for rotary attachment (if included), cutting mat, etc.
24 months 3 months
Warranty does not apply
Extended warranty can be purchased


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