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A good price for a budget gaming laptop

Geekom A9 Max Mini PC: 30-second review

The Geekom A9 Max is a stylish, premium-styled mini PC that incorporates the latest AMD Ryzen AI 9 HX 370 with NPU and integrated AMD graphics. It is a small, stylish machine that has been designed to handle general office work, AI workloads and applications that utilise an AI, such as CoPilot or Photoshop, are given a generative boost.

As I've seen from this line of mini PCs before, the machine is well equipped, with the review sample arriving with 32 GB of RAM and a 2 TB SSD that backs up the powerful CPU and integrated GPU. Sure enough, through the test, it proved to be an exceptional office-focused machine with more than enough power to handle heavy-duty day-to-day tasks, such as Microsoft Office and more intensive applications to a point.

The speed of handling large files and browsing documents on a 4K monitor all worked well within the processing abilities of this small machine. I also liked the fact that there were plenty of connectivity options, with LAN ports enabling me to plug directly into my NAS as well as the network for increased transfer rates.

Other connectivity options, such as Wi-Fi 7, proved robust, although I did have a few connection issues with the Eero 6 router. Once swapped to an updated Wi-Fi 7 network, the connection transformed in speed and reliability.

In use, the machine handled 1080p video editing in Premiere Pro and DaVinci Resolve with ease. However, as I started to tackle a couple of 4K video edits, it became apparent that although the CPU was capable, the integrated GPU slightly held it back.

For social media edits, the machine proved superb, offering plenty of power and flexibility, especially in CapCut. One aspect I liked about the design, especially if you need to handle larger files, is the ability to install a secondary M.2 SSD to boost internal storage.

The volume of connection options came in handy, enabling easy integration within an office or studio setup, with four USB ports in a line across the front. Working in the creative sector, it's also always nice to see an SD card slot at the side to quickly offload image and video files.

By the end of the test, I was genuinely impressed with the performance. It handled Windows, Office, and creative applications with relative ease, up to a certain point, where the GPU seemed to hold back its potential.

A key feature of this machine is that it's enhanced for any application that has AI integration, such as Photoshop, Copilot, Zoom, Teams background blur, noise cancellation, and real-time translation. During testing, I used the AI NPU in Photoshop and Lightroom for AI-powered selection, upscaling, and background removal.

The AI CPU also supports running local machine learning models and your own AI test bench, if that's your thing.

I finished the test with a bit of gaming. The limitations of the GPU became more apparent at this point. While gaming at 1080p was OK, once graphics were enhanced and resolution increased, frame drops became noticeable. Lighter games like DiRT Rally ran fine and were playable.

However, Indiana Jones and the Great Circle required all graphics settings to be reduced, and even then, there were still occasional image breakups.

It was clear this stylish machine has been finely tuned for office and creative space use. It's an ideal option with robust connectivity options and enough power for day-to-day office tasks and a bit more. It can handle many standard creative tasks, such as video editing and image enhancement, without many issues. Only when stepping up to high-resolution, high-bitrate 4K video did its limits become clear.

If you're in the market for one of the best mini PC units, with high-quality, high-performance for the home or office, then the Geekom A9 Max is a superb option.

Geekom A9 Max Mini PC: Price & availability

• How much does it cost? $999 / £999
• When is it out? Now
• Where can you get it? Widely available

The GEEKOM A9 Max AI Mini PC is available directly from Geekom US for $999 and Geekom UK for £999 at time of review. This includes 32 GB of RAM and a 2 TB PCIe SSD.

It's also available from most major online retailers, including Amazon.com and Amazon.co.uk.

• Value: 4 / 5

(Image credit: Alastair Jennnings)Geekom A9 Max Mini PC: Design

(Image credit: Alastair Jennnings)Specifications

CPU: AMD Ryzen AI 9 HX 370
Graphics: AMD Radeon 890M
RAM: 32GB Dual Channel DDR5-5600 SODIMM (128GB MAX)
Storage: 1TB M.2 2280 NVMe PCIe Gen4x4 SSD, 1 x M.2 2230 SSD
Front Ports: 4 x USB 3.2 Gen 2 Type-A, 3.5mm stereo headphone
Rear Ports: USB 3.2 Gen 2 Type-A, USB 2.0 Type-A, USB 4.0 Type-C DP-Alt mode / PD, USB 4.0 Type-C DP-Alt mode, 2 x RJ45, 2 x HDMI 2.1, DC
Side Ports: SD Card slot
Connectivity: Wi-Fi 7, Bluetooth 5.4
Audio: 3.5mm Audio in
Camera: N/A
Size: 1135 x 132 x 46.9 mm
OS Installed: Windows 11 Pro
Accessories: VESA Mount

The A9 Max is a premium mini PC with a CNC-machined aluminium chassis, offering a durable and sleek aesthetic. Lifting it out of the box, there's no doubt this machine has a distinct premium feel.

It measures 135 x 132 x 46.9 mm, making it fairly average in size for this style of computer, and with a slightly heavier weight, it feels more substantial than many cheaper mini PCs on the market.

The premium build and extensive connectivity pitch this mini PC towards professional and mid-to-high-end home environments. It wouldn't look out of place in any design studio with its minimalistic design.

One feature that's instantly apparent over many other mini PCs is the sheer volume of connectivity options, both wireless and wired. Around the body of the machine, there's a row of four USB-A ports across the front, all of which are USB 3.2 Gen 2. The rest of the front is relatively minimalistic with just a 3.5 mm stereo headphone jack.

On the side, there's an SD card 4.0 slot to quickly download files from your camera or other devices.

Around the back, there's another USB 3.2 Gen 2 alongside a USB-A and USB 2.0. Also present are two USB 4.0 ports, one of which supports PD power. These are joined by two RJ45 networking ports, two HDMI 2.1 FRL ports, and the DC-in socket.

Inside, once opened, both RAM and storage are upgradeable. The RAM is dual-channel DDR5 5600 MHz, upgradeable to 128 GB. Storage includes two M.2 2280 SSD NVMe Gen 4 slots, and our review sample came pre-installed with 2 TB.

The aluminium chassis also contributes to cooling, integrating with a large heatsink, heat pipes, and a fan. While not fanless, the cooling system is necessary for the powerful CPU, NPU, and GPU.

A VESA mount is included, so it can be wall-mounted or attached to the back of a monitor.

Ultimately, the A9 Max offers a stunning minimalistic design that offers plenty of processing power, connectivity and a boost in performance for applications that support AI.

• Design: 5 / 5

Geekom A9 Max Mini PC: Features

(Image credit: Alastair Jennnings)

The core highlight of this machine is its AI potential. Alongside the AMD Ryzen AI 9 HX 370 CPU, there's an integrated AMD Radeon 890M GPU and NPU powered by the XDNA 2 engine. This offers up to 50 TOPS of NPU performance and a total AI acceleration of 77–80 TOPS, ideal for Copilot, local LLMs, object detection, voice recognition, and any AI-integrated applications such as Windows 11 and Adobe Photoshop with generative features.

On the back, display options include two HDMI and two USB4 ports, supporting up to 8K monitor output.

The machine also offers ample flexibility for upgrades. Dual-channel DDR5 SO-DIMM slots can be upgraded to 128 GB, and the two PCIe Gen 4 M.2 SSD slots support up to 8 TB, which is substantial for a machine of this size.

Network connectivity is also good with Wi-Fi 7 and dual LAN for fast wired and wireless connections, making it suitable for both setups and streaming. The fact that it comes pre-installed with Windows 11 Pro means that it's ready to be used as part of a mid to large scale business, but if you're not a Windows fan it will also support alternative operating systems such as Ubuntu.

• Features: 4.5 / 5

Geekom A9 Max Mini PC: Performance

(Image credit: Alastair Jennnings)

CrystalDiskMark Read: 6234.88MB/s
CrystalDiskMark Write: 5371.08MB/s
Geekbench CPU Multi: 15190
Geekbench CPU Single: 2938
Geekbench GPU: 41100
PCMark Overall: 7638
Cinebench CPU Multi: 20802
Cinebench CPU Single: 2026
Fire Strike Overall: 8631
Fire Strike Graphics: 9396
Fire Strike Physics: 30023
Fire Strike Combined: 3222
Time Spy Overall: 3622
Time Spy Graphics: 3284
Time Spy CPU: 10559
Wild Life Overall: 19157
Steel Nomad Overall: 546
Windows Experience Overall: 8.2

Getting started with the Geekom A9 Max is straightforward. Simply run through the Windows 11 Pro setup, which takes around five to ten minutes, then after the updates, it's ready for your choice of applications to be installed.

Windows 11 Pro runs extremely smoothly from the outset, with the only issue I encountered being the wireless connectivity with my Eero 6 router. After switching to a Wi-Fi 7 router, both speed and reliability significantly improved, suggesting a conflict between the A9 Max and the Eero 6, which I've experienced before with Wi-Fi 7-enabled machines.

Running Windows 11 Pro and Microsoft Office applications went without issue. Using Microsoft Word with Copilot was fast and responsive, and that performance was pretty much reflected across all Office applications. In Adobe Photoshop, the generative fill feature processed quickly with good results.

Because applications were able to use the local AI CPU and NPU, there was no reliance on cloud-based AI, essentially helping to speed up the amount of processing time, especially with the Adobe Creative Apps, compared to machines that aren't AI-enhanced.

The performance in Photoshop and Lightroom was impressive and far smoother than I expected for a machine of this size, which led me on to testing higher resolution video. Using CapCut, Adobe Premiere Pro, and DaVinci Resolve, initially for a simple 1080p edit with effects, the A9 Max handled everything smoothly. The 2 TB SSD and fast transfer speeds meant it could manage social media and small-scale video production, making it ideal for small-scale creative work.

However, when working with 4K footage shot on a Sony A7 IV, the GPU began to show its limits. Fans ramped up under load, timeline rendering slowed, and clip import times increased. That said, for a small form factor, performance remained impressive, and fan noise was generally well managed.

In gaming tests, DiRT Rally performed well, though it isn't graphically demanding. Tekken 8 also played well, though effects had to be reduced; however, when it came to Indiana Jones and the Great Circle, the performance was less fluid, with dropped frames and occasional stuttering. The gaming highlighted how the integrated GPU is adequate for light gaming, but not for graphics-intensive titles.

Benchmark results confirmed real-world impressions. Windows 11 Pro and Office are performing well, reflected in a PCMark score of 7638 and a Windows Experience Index of 8.2, both typical for premium mini PCs. Office applications such as Excel and PowerPoint loaded quickly and allowed for fast multitasking, thanks to strong Geekbench CPU single and multi-core scores.

Creative applications also performed well as a whole, with Adobe Photoshop and Lightroom running smoothly, and the Geekbench GPU score of 41100 highlighted the machine's potential for mid-range graphics processing.

SSD speeds were particularly impressive, with a read speed of 6234 MB/s and a write speed of 5371 MB/s. These speeds helped with video editing, especially when handling larger files.

In Premiere Pro, 1080p editing went well, but at 4K, performance dropped as effects were applied. DaVinci Resolve was less stable overall and demanded more from the graphics system. While usable at 1080p, the experience was definitely less fluid as I had to wait for the renders to catch up.

By the end of testing, it was clear that the A9 Max is very capable for Windows 11 Pro, Office, and general productivity tasks. With internal upgrades available, there's good potential. Even the base 32 GB RAM and 2 TB storage are enough for social media editing at 1080p. It's worth noting that, like other Geekom machines of this level, replacing the RAM and SSD is relatively easy; simply take off the base, remove the antenna wires, and then remove the next plate to gain access. While some machines enable you to leave the antenna wires in place, here there isn't quite enough length, and if you do leave them in place, they'll disconnect from the wireless card, and refitting them can be a tedious and painstaking task.

Through the test the speed of the machine generally impressed with the only significant slowdown occurring during editing of high-bitrate 4K footage from a mirrorless camera. Standard 4K from a smartphone was manageable, though it has lower data rates by comparison.

In gaming, performance was average. The machine is clearly designed more for work than play. The extensive connectivity, four front USB-A ports, USB4 at the back, and dual LAN make integration into an office network easy, making it a great office-based solution.

• Performance: 4.5 / 5

(Image credit: Alastair Jennnings)Geekom A9 Max Mini PC: Final verdict

(Image credit: Alastair Jennnings)

The Geekom A9 Max is a great mini PC that looks fantastic, with a CNC-machined aluminium chassis that fits perfectly in any office or studio.

Its standout features include build quality and upgradeability, essentially as your needs grow, internal storage and RAM can be increased. For multimedia editing, more RAM would help with higher-bitrate video and effect-heavy workflows. Storage can also be expanded from 2 TB up to 8 TB, reducing the need for external drives.

The dual LAN ports allow high-speed connections to a local network or NAS. For small office setups, this is a real advantage, although it's worth noting that LAN speeds are capped at 2.5 GbE, rather than the 5 or 10 GbE you might expect in a premium system.

If you find yourself regularly plugging and unplugging accessories, the row of front USB-A ports is a big time-saver; however, it's a shame there's no USB-C on the front for faster devices.

I also liked the fact that there's the inclusion of the SD card reader, which makes it easy to quickly offload image and video files to the internal SSD, which offers exceptionally fast read/write speeds and helps significantly in workflows involving large files or media.

By the end of testing, it was clear this is a premium-level office machine. There are some omissions, such as the lack of a front USB4 port or faster LAN, but for its main purpose as an office-based machine, it delivers.

Should I buy a Geekom A9 Max Mini PC?

Value

A great machine that is a perfect solution for office use, though the quality does come with a price premium

4

Design

The solid CNC-machined aluminium chassis looks fantastic and feels incredibly robust

5

Features

With AMD's latest CPU, NPU, and GPU all integrated into a single chip, this machine is office-ready

4.5

Performance

With AMD's latest CPU, NPU, and GPU all integrated into a single chip, this machine is office-ready

4.5

Overalls

A great option for any office, especially if you use Copilot or other applications that utilise AI integration

4.5

Buy it if...

You want an AI-ready PC

The latest CPU with NPU enables full use of AI services through local processing, which helps speed up results and improve workflow.

You need a future-proof option.

With the latest CPU, USB4, and Wi-Fi, this system includes new technologies that should remain relevant for years.

Don't buy it if...

You need discrete GPU performance.

The integrated graphics are good, but for high-end creative tasks or gaming, a dedicated GPU is still preferable.

You're on a tight budget.

This is a premium mini PC with premium pricing. Entry-level models may offer better value depending on your needs.

For more professional-level tech, we've tested the best business computers and best business laptops around.

Packing in the latest AMD Ryzen AI 9 HX 370 CPU with integrated NPU and Radeon 890M graphics, the GEEKOM A9 Max has plenty to offer, making it an ideal option for professionals, creators, and the latest generation of AI-enhanced enthusiasts.

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I've tested out a number of xTool laser cutters before, and I've always walked away impressed.

Whether it's the feature-rich, easy-to-use xTool P2 or the precise xTool S1, I've always found the units to be innovative and accurate, ranking them among the best laser engravers and cutters around.

So, I was excited to get my hands on the xTool F2 Ultra. And after some comprehensive testing, let me tell you, this one is in a league of its own.

(Image credit: Alastair Jennings)

The xTool F2 Ultra follows on from the impressive F1 but boosts speed, power and design to offer one of the most powerful yet easy-to-use desktop laser engravers on the market. While the working area might be relatively small, the fact that it features a 60W MOPA fibre laser enabling you to engrave, emboss and cut various metals is a feature that's rather unique. Then there's the fact that this is coupled with a more standard 20W diode laser for non-metallic materials, such as wood, meaning that if you own a small business, it offers a powerful tool that will enable you to create and customise a wide range of products.

While machines like this have been available in the past, they've often been ultra-complex and required additional software to handle the speed and power of the fibre laser. However, with integrated software and streamlined workflow, it is pretty much unmatched by any other system I've used. I'm pretty confident that even a complete beginner would be able to get up and running with the F2 Ultra.

From the outset, I was impressed not just by the user setup but also by how quick and easy it was to use the xTool software. You just need to select your design, place it over the material in the software, select the material type from the library, then select engrave, cut or emboss before hitting go and watching the design appear within seconds.

The price point of this machine really reflects the quality and speed of what is possible, with the Galvo system enabling speeds of up to 15,000 mm/s and the smart dual-camera setup helping you accurately position items in the machine. It's impressive what you can do and create in very little time.

Many of the more complex manual setup procedures are removed, with the machine essentially taking over everything, such as focusing automatically. There's just a small alignment procedure at the beginning of the setup process, but once that's done, aside from dialling in material and positioning your designs, the machine takes care of everything else.

I've used quite a few dual-fibre and diode laser machines in the last year, and while I'm always impressed with what is achievable, there's usually a bit of tuning and fiddling with calibration and configuring software like LightBurn to accurately mark or engrave. However, here the software aligns everything; you just push the green bar on the control panel, and the machine takes care of the rest.

With the F1, I was impressed by the speed, utility and flexibility of the machine, but the F2 Ultra is in another league, obviously reflected in the price point. Compared with any other system on the market, the F2 Ultra, especially when coupled with the conveyor belt, offers a huge amount of options and possibilities. For any small business dealing with laser engraving and embossing, there's now only one machine, the F2 Ultra.

xTool F2 Ultra: Price & availability

The xTool F2 Ultra is available on xTool's official site - it's priced at $4999 in the US and £6029 in the UK.

I'm also seeing the unit retailing for $5499 on Amazon.com. However, it doesn't appear to be available on Amazon.co.uk at the time of review.

xTool F2 Ultra: DesignSpecs

Laser Technology: Dual-laser: 60W MOPA fibre + 20W blue diode
Work Area: 220 × 220 mm (expandable to 220 × 500 mm with conveyor)
Spot Size: 0.03 × 0.03 mm (fibre); 0.08 × 0.06 mm (diode)
Engraving Speed: Up to 15,000 mm/s
Positioning Accuracy: Up to 0.0001 mm
Camera System: Dual 48 MP with AI recognition
Dimensions: 730 × 320 × 265 mm
Weight: 20 kg
Supported Materials: Metals, wood, acrylic, leather, glass, ceramics, plastic
Safety: Fully enclosed with auto-shutdown and fire detection
Software: xTool Creative Space + LightBurn compatible

One of the standout features of the xTool products is just how well-designed they are. This is from a company that, a few years ago, was producing simple open-frame laser cutting machines with a distinct DIY feel. Those machines are far removed from the F2, which is highly refined and of exceptionally high quality, aimed at small to medium-sized businesses rather than the casual consumer or prosumer.

While the machine itself is relatively compact with a footprint that will sit perfectly on a desktop, it has a high-quality build that reflects not only its price point but also its suitability for years of use.

The machine is relatively simple, with a slide-up enclosure that encloses the working area. If you need to have it open for larger materials, that's possible. There's also the ability to add an air filter to extract fumes, and as you'd expect with a professional-level machine, there's a kill switch and a decent touchscreen display to monitor the process and access many settings.

As with many other laser engravers and CNC machines, most interaction is done through complementary software. xTool provides its own ecosystem, which is one of the best on the market, streamlined and easy to use. Unlike some other fibre lasers, there's no need to purchase expensive extra software or plug-ins. Once you've paid (admittedly a lot) for the F2 Ultra, it should work out of the box and be set up within about 10 to 15 minutes.

The design is also clever in that you can use it as a fully enclosed system with smart safety features like emergency stop, flame detection, and automatic shutdown when open, or bypass some of those for conveyor belt use with larger objects.

In terms of size and weight, it comes in at roughly 20 kg and measures 730 × 320 × 265 mm. This smallish footprint will sit comfortably on your desktop, though you do need to allow for the machine's height and a small side control panel.

If you're using the conveyor belt, you'll need even more space. It's an optional extra, but if you're planning to use it, it's well worth having a full workbench left free to easily operate the machine.

On initial setup, I used the USB connection to sync with my laptop. After initial calibration, I switched to the Wi-Fi connection, which I found strong and reliable, even on my underpowered workshop network.

The overall build is premium and extremely sturdy. The two internal cameras and full autofocus add to the ease of use and high-end feel. However, compared with something like the ComMarker B6, this is a far larger and heavier machine.

(Image credit: Alastair Jennings)xTool F2 Ultra: Features

The F2 Ultra is an interesting machine as it combines two laser types in one enclosed engraver. The first is a powerful 60W MOPA fibre laser used for engraving, embossing and cutting thinner metals, the second laser is a 20W diode laser used for cutting and engraving organic materials such as leather and wood.

Not long ago, it was unusual to find both lasers in one machine, but as we saw with the ACMER P3, combining the two is becoming more common. The big difference between the Atomstack P3 and the xTool F2 Ultra, aside from the price, is the build area. The ACMER P3 is designed for far larger objects, while the F2 Ultra features a far more powerful fibre laser and is designed for more intricate work. In terms of product design and finish, the F2 Ultra is in another league.

One of the biggest advantages of having a dual-laser system is that it enables automatic switching between laser types depending on the material. In the past, other machines with dual lasers required you to manually swap out the tool heads, fibre or diode. We've seen this before with older xTool and Creality machines.

The fibre laser not only cuts through thin metals but also enables colourful anodisation of aluminium and steel. The diode laser can cut through relatively thick organic materials, ideal for a 3mm base ply, and in some cases up to 20mm in thickness.

In terms of laser power, the MOPA fibre laser for metals comes in at 60W, which is extremely powerful for this type of machine. The 20W blue diode laser is mid-range but perfectly suited to the small platform and build area the F2 Ultra offers.

When it comes to engraving speed, the fibre laser uses Galvo scanning technology, enabling speeds up to 15,000 mm/s. This sounds fast, and when you see it in action, it is. You can engrave a MacBook Pro in a matter of seconds, although, while the temptation was there to do so in this review, I held off, at least for the moment.

The more I used the machine, the more impressed I became with its features. The dual 48MP cameras enable AI-powered alignment, making a real difference to positioning. The cameras feed into the xTool software, allowing for precise placement on the material. With a positioning accuracy of up to 0.0001 mm, even the finest materials are handled with extreme precision.

While the working area of the F2 Ultra is smaller than many large-scale engravers, it's designed for small businesses looking to engrave and cut smaller items. The base size is 220 × 220 mm, which suits a wide variety of objects. If more space is needed, a conveyor accessory expands this to 220 × 500 mm.

One of the areas that excited me most was the precision; the fibre laser offers a spot size of 0.03 × 0.03 mm and the diode laser 0.08 × 0.06 mm, allowing for extremely fine detail.

Thanks to the dual-laser setup, there's decent material compatibility, most notably stainless steel, aluminium, titanium, gold, and even silver. With very thin materials, it's possible to cut as well as engrave metal, which is rare even among fibre laser engravers, but that additional power boosts that potential.

The machine also handles all the usual materials, acrylic, leather, rubber, ceramics, and glass (though some surfaces may require preparation). It's designed for precision, not bulk processing, and while cheaper machines exist for large-scale cutting, the F2 Ultra excels in high-quality, fine-detail work.

Supporting that precision are smart features like smart focus, autofocus, and automatic Z-axis adjustment. Unlike other engravers, where you manually enter material thickness or use gauges, this machine does it all for you.

The fully enclosed enclosure offers Class 1 safety so that you can be sure to be protected from those high-power lasers, which, if you're using this in a small workshop or shop, is well worth considering. Built-in sensors include flame detection, which triggered several times during testing when pushing the machine's limits of power, and an emergency stop is also available.

(Image credit: Alastair Jennings)

xTool also supplied a smoke filtration unit, which connects to the machine and keeps fumes to a minimum. This is an optional extra, but if you're spending on the F2 Ultra, it's well worth the investment.

Although the F2 Ultra is well above many machines I've tested in terms of quality, it still supports popular laser engraver accessories, including the rotary tool, conveyor feeder, and air-assist smoke purifier, all of which enhance cut quality and streamline workflow.

As for software, I really like xTool Creative Space. It's fully featured, with helpful tools and instructions, and is very easy to use for laying out designs. If you're a more advanced user, the machine is fully compatible with LightBurn, although you'll need the Galvo plug-in. Once installed, all the cameras and configurations work through that as well.

xTool F2 Ultra: Performance

Starting out with the xTool F2 Ultra, this is one of the easiest machines I've come across to set up and use of its type. While the machine is relatively large, its actual footprint is quite compact, meaning it sits comfortably on your work surface without taking up too much space. It's more vertical than wide or deep.

Once positioned, with the dongle and control panel plugged in, you can switch on the machine, and it runs through its initial checks, ready for calibration. I connected it to my MacBook Air via USB and used the Creative Space software to complete the alignment and calibration process. This involved placing a piece of material inside, clicking 'next', and allowing the software to mark two points, which were used to align everything automatically. Once complete, the machine was ready to go.

In the box with the review sample were a few test materials. Over a three-hour period, I cut, engraved, and embossed various items, from metals to wood and leather, and was impressed by how quick and easy the machine was to use. I liked that the fully enclosed nature meant I could just pull down the lid, hit start in the software, then press the green bar on the control panel and watch the engraving, cut, or emboss process begin.

In almost all cases, the output quality was excellent. Only the first few materials required some adjustment as I got a feel for the machine's power. For example, my first attempt at engraving a 3mm base ply used too much power and burned the material to ash. On the second run, the result was far better. The standard 20W diode laser was very capable, and with the air assist and smoke filter extracting fumes, the quality and precision of the cut were impressive.

One thing I really liked, whether working with metal, wood, or leather, was the camera-assisted positioning. Through xTool Creative Space, you can capture a live image of the material on the work area and place your design directly on top. This allows for near-100% accurate placement.

If you're unsure about positioning, you can also click the 'frame' button, which projects your design outline onto the material inside the machine. This projection is sharp and precise, allowing for fine adjustments before committing to a cut or engraving.

As with any laser engraver, I ran a series of test passes on different materials, especially metals and woods, to get a feel for the required power and speed settings for both diode and fibre lasers. Although the 20W diode laser is mid-range by today's standards, its power and accuracy deliver clean, high-quality cuts through 3mm base ply.

Switching to the fibre laser highlighted just how capable this machine is. The 60W power output provided more engraving depth than I've seen in other fibre lasers I've tested, and the speed and accuracy are unmatched so far.

For the first few engravings, I used sample files included with the software, most of which completed in a few seconds. Even though I know these machines are fast, the speed of the xTool F2 Ultra still surprised me.

One of my early projects was engraving a set of dog tags for my dog and a few friends. Usually, this might take a few attempts to get right, but here, the accuracy and speed were such that each tag was engraved in under five seconds.

What's more, by laying out a batch of tags on the surface and applying different text to each through the software, I was able to engrave up to 20 tags in one go and faster than anything I've used before.

The more I used the fibre laser, the more intuitive the software became. Unlike other fibre lasers that take time to learn and have complex configuration steps, with the F2 Ultra, I felt confident within an hour, engraving coins included in the material pack with intricate designs.

The small work area is ideal for this kind of precision engraving. But of course, this is a dual-laser machine, and I wanted to test the diode laser on more materials. I engraved the cover of a book, lowering the laser power to about 5% and increasing the speed. After a few test dots to fine-tune power levels, I ran the full design, which was completed in under a minute with excellent quality.

As I continued engraving tools, creating more coasters and keyrings, the one thing that stood out was the precision of the engravings. When using my own materials, I learned that careful attention to power and speed settings was essential. My first batch of coasters burned quickly, but a test pass and adjustment solved that.

The quality of the lines, especially with air assist and the filter removing fumes, was excellent. That said, the limited work area is noticeable. This machine is built for precision tasks, not large-scale projects. For that, something like the xTool P2 would be more appropriate.

All this use was good and standard, but the point of the F2 Ultra is that it's far more, especially with the ability to emboss metal. How you do this isn't exactly straightforward initially, as there's a little delving into the menu; the same is the case when using the Rotary attachment. Essentially, in the XCS software, you click the Select Processing Mode, then scroll down past the "Roller - Use Rotory attachment", "Use Converyor Large" to the "Emboss" option. Once selected, you can then start to lay out your chosen design.

The next step is to select the material, in this case, a brass coin blank supplied by xTool. This is selected from the material menu; here, you need to select "More Materials", type in Brass and 1.57" (40mm) Blank Commemorative Coins Brass" will appear. From here, you can select the material, select the F2 Ultra, then click "Add to XCS". Then click back onto the material and select the "1.57" (40mm) Blank Commemorative Coins Brass.

Now the coin can be placed into the F2 Ultra, and by clicking "Refresh Background" then "Auto Measure", the coin will appear on the screen, ready for you to position the design.

The design is the next stage of processing, as a straight image won't get you the emboss effect, and a depth map needs to be created.

To do this, you click the "Ai" icon, select "Image Processing", and select "Embossment". You're then given the option to upload your image, select the Emboss type, and then click "Generate" Once the processing is finished, you can drag and drop the coin design onto the workspace and over the preview of the coin. Once you're happy, you can click process, and the embossing will start. For most projects, this process is considerably slower than general engraving and can take well over an hour; however, the end results are incredible, especially once polished and finished off.

(Image credit: Alastair Jennings)

It's worth noting that the depth map creation isn't an exact science, and there's no way to adjust the map, but after a while and with the 3D preview, you start to get an idea of what works and what doesn't.

By the end of the test, I was genuinely impressed by the fibre laser, which is clearly the core of the F2 Ultra. The inclusion of a powerful diode laser fine-tuned for detailed work adds even more versatility, ideal for small businesses.

It's clear this machine is designed for small to medium-sized businesses that rely on laser engraving, whether to create and customise products or for crafts requiring precision, such as jewellery work. It offers a level of detail and reliability that many other fibre and diode systems cannot match.

xTool F2 Ultra: Final verdict

The xTool F2 Ultra is one of the best fibre laser engravers on the market, with a premium build and a product-designed enclosure that makes it an ideal option for many small to medium-sized businesses. It's perfect for small-scale production, customisation, and any business that needs to laser engrave a wide range of surfaces. What it is not is a large-scale laser engraver for oversized projects. This is focused on absolute precision.

The inclusion of two lasers and the dual cameras for AI alignment onto smaller objects helps ensure ultimate precision. If you need to do batch engraving, it speeds up the entire process, essentially handling much of the setup and configuration for you.

After using it for a month, this is by far the best fibre laser engraver I've tested. The major downside is the cost. The base machine is expensive, and once you add in the conveyor, rotary tool, and smoke filtration units, though combo packs are available from xTool, it still adds up to several thousand pounds, which is a considerable investment for a small business.

(Image credit: Alastair Jennings)

However, this is a professional machine. It's not just a starting point; it's a system you can build your business around. Its precision and quality are high-end, and if you're looking for a solid, reliable machine to support or expand your business, the F2 Ultra is an obvious choice.

What I also appreciate is how well xTool Creative Space is designed. It's robust, intuitive, and simple to use. While you can use third-party options like LightBurn, which offers more advanced control, you will need the Galvo plug-in and some setup time to get everything calibrated properly.

For experienced users, this opens up even more potential; however, if you're a small business looking for a fast and versatile laser engraver, the F2 Ultra stands out as the best option on the market. Paired with one of xTool's straight diode machines, it gives you a powerful ecosystem capable of handling a huge variety of projects with ease and speed, making it a sound investment.

Should you buy the xTools F2 Ultra

Value:

Premium machine for pro users with deep pockets

4

Design:

Durable, enclosed, and workbench-friendly layout

4.5

Features

Dual-laser + AI + Galvo = professional flexibility

5

Performance

Flawless output across materials and batch work

5

Total

Among the best all-in-one engravers available today

5

Buy it if...

You want to engrave both metals and wood.

This dual-laser system saves time, money, and space versus owning two machines.

You want a fast engraving machine.

With 15,000 mm/s Galvo scanning and conveyor support, it's built for bulk production.View Deal

Don't buy it if...

You're just starting out or working on a budget.

There are cheaper diode-only options if you only need basic cutting and engraving.

You need portability for on-site work.

At 20kg and a desktop-only format, this isn't made for mobile use or field jobs.View Deal

For more crafting tech, I've tested and reviewed all the best 3D printers.

There's been an incredible amount of hype around the xTool F2 Ultra, and rightly so. This dual-laser Galvo engraver is designed to engrave both metal and non-metal surfaces without the need to swap toolheads, and all in one desk-sized box.