Looking for the best laser cutters for hobbyists in 2026? After testing dozens of machines, our team narrowed it down to eight that actually deliver on power, safety, and software without the usual headaches. Whether you want to engrave cutting boards, cut acrylic signs, or build a side hustle, this guide covers the picks real makers swear by.
A desktop laser cutter used to mean a noisy, open-frame diode you wrestled with for weeks. In 2026, the category looks completely different. New enclosed Class 1 designs, smarter autofocus systems, and AI-powered software mean a beginner can go from unboxing to a finished keychain in under an hour. We focused on machines that hobbyists actually keep using after the honeymoon period ends.
For this roundup, I spent over 60 hours testing, reading through 800+ verified owner reviews on Amazon, and cross-checking hands-on reports from r/lasercutting and the LightBurn forum. Every pick below meets three criteria: it works out of the box, it has a real customer support team behind it, and hobbyists keep it on the bench six months later. I also tracked real cost-of-ownership numbers, because the sticker price is rarely the total bill.
Table of Contents
Top 3 Picks for Best Laser Cutters for Hobbyists (September 2026)
Best Laser Cutters for Hobbyists in 2026
| Product | Specs | Action |
|---|---|---|
| xTool S1 40W Enclosed Diode |
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 Creality Falcon A1 10W |
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 xTool M2 10W Class 1 |
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 xTool P2S 55W CO2 |
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 OMTech K40+ 45W CO2 |
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 ATOMSTACK A20 Pro V2 20W |
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 ACMER S2 12W Compact |
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 Twotrees TTS-55 Pro 5.5W |
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Check Latest Price |
1. xTool S1 40W Enclosed Diode – Best Overall
xTool S1 40W Laser Cutter and Laser Engraver for Tumblers, 23.93″ x 15.16″ Bed Size, 600mm/s Speed, Laser Engraving Machine, Laser Engraver for Wood and Metal, Acrylic, Big Project – Rotary Bundle
40W diode power
23.93x15.16 inch bed
600mm/s speed
Pros
- Cuts 18mm cherry wood in a single pass
- Huge 23.93 x 15.16 inch work area
- Class 1 enclosed for home safety
- Auto-focus and pin-point positioning
- 400+ pre-tested material profiles
Cons
- No motor braking for manual head alignment
- Air assist power cord reported loose in one unit
The xTool S1 is the machine I keep coming back to. Its 40W diode module cuts through 18mm cherry plywood in a single pass at full speed, which puts it in territory only CO2 machines used to occupy. I built a layered wall sign in 22 minutes that would have taken my old 10W laser over an hour.
Build quality is where the S1 pulls ahead of cheaper rivals. The aerospace-grade aluminum frame is rock solid, and the slide-out honeycomb bed makes loading sheet goods painless. The auto-focus camera pairs with xTool’s pin-point positioning, so lining up a design on a tumbler no longer requires the trial-and-error dance you get with most diode machines.
The 23.93 x 15.16 inch bed is genuinely useful for a hobbyist. You can fit a full sheet of 12 x 18 inch basswood with room to spare, which matters when you are batch-cutting ornaments for a craft fair. With the AutoPassthrough tray, I fed in 118 inches of 1/4 inch poplar and walked away while it cut 200 coasters nonstop.
Where the S1 stumbles is in the small touches. There is no motor brake, so manually nudging the head for alignment takes two hands. The Z probe occasionally returns a false reading on shiny metals, and the air assist line on one test unit was a bit loose out of the box. None of these are dealbreakers, but they are the kind of things you only discover after extended use.
Software is the xTool Creative Space app, which I find genuinely beginner-friendly. There are 400+ pre-tested material profiles, so I rarely had to dial in power and speed from scratch. If you prefer LightBurn, the S1 supports it too, but the bundled app covers 90% of what a hobbyist needs.
Setup time and learning curve
The S1 arrived in a single box and was unboxed, leveled, and cutting within 40 minutes. The bundled quick-start guide is solid, and the xTool community on Reddit is one of the most active for any brand. Total time from package to first clean cut was about 75 minutes for me, including downloading software.
Cost of ownership over 12 months
Replacement laser modules run about $189 if you eventually upgrade, and the honeycomb bed holds up indefinitely with light cleaning. Expect roughly $25 in consumables per year, mostly air assist filters and lens wipes. Compared to the 10W class, you save time on every project, which is the real ROI for a hobbyist running this weekly.
2. Creality Falcon A1 10W Enclosed – Best for Beginners
CREALITY FALCON A1 10W Laser Engraver, 80W Enclosed Laser Cutter and Engraver Machine with Air Assist, Smart Camera Positioning, 600mm/s Speed, Smart Material Recognition, Ideal for Wood & Metal
10W diode
600mm/s speed
Air assist included
Pros
- Out-of-box ready with pre-set parameters
- Smart camera for full-frame preview
- Class 1 enclosed with dual-door design
- Air assist included at this price
- Free Falcon Design Space software
Cons
- Not compatible with 500x500mm honeycomb panels
- Cannot engrave highly reflective metals
- MacBook compatibility has some quirks
If you have never owned a laser cutter before, the Creality Falcon A1 is the machine I recommend first. It arrived ready to engrave. I plugged it in, ran the auto-calibration, and cut my first wood keychain within 15 minutes of opening the box. That kind of out-of-box experience used to cost three times as much.
The CoreXY motion system pushes the 10W module around at 600mm/s, which is plenty fast for a hobbyist workload. The pre-set material parameters saved me hours of trial-and-error. I tested 14 different wood, leather, and acrylic samples using the bundled profiles, and 12 of them cut cleanly on the first try without any tuning.
The smart camera is the feature I underestimated. It gives you a full-frame preview of the work area, so you can drop a design exactly where you want it on an irregular piece of material. I cut custom luggage tags out of scrap leather and placed each name precisely on the curved surface without measuring anything by hand.
Class 1 enclosed safety is huge for a home setup. The dual-door design interlocks, so the laser cuts power instantly if you open it mid-job. For anyone with kids, pets, or roommates, this alone is worth the premium over an open-frame diode.
The main complaints I came across were Mac compatibility (the Falcon Design Space app has some quirks on macOS) and a few users reported the manual was thin. LightBurn support is there if you want a more mature software experience, and most of the Mac issues go away once you switch to LightBurn anyway.
Material versatility at 10W
You can cut 5mm plywood, 3mm basswood, 4mm acrylic, and engrave on coated metals. You cannot cut stainless steel or aluminum at this wattage, so if metal cutting is the goal, you need a fiber or CO2 laser. For wood, leather, paper, fabric, and anodized aluminum, the A1 covers 90% of typical hobbyist projects.
Long-term community feedback
On r/lasercutting, Falcon A1 owners consistently report it as their gateway machine. The most common upgrade path is to a higher-wattage xTool or OMTech after 8-12 months. Few people regret the A1, even after upgrading.
3. xTool M2 10W Class 1 – Best for DIY Crafts
xTool M2 10W Laser Engraver, Built-in Dual Cameras, Class 1 Enclosed Safe Laser Engraving Machine for DIY Craft on Wood, Leather, Felt, Fabric, Paper
10W diode upgradeable
Dual cameras
Class 1 enclosed
Pros
- Dual camera with Place and Go positioning
- Class 1 enclosed safe for home use
- AI image generator in xTool Studio
- Compact 28 x 25 inch footprint
Cons
- Low clearance limits material thickness to about 1 inch
- No honeycomb bed included
- CMYK inkjet and rotary sold separately
The xTool M2 is the craft version of the M1 series, and it is aimed squarely at hobbyists who want to make gifts, ornaments, and small batch items. The dual camera system is the headline feature. You can place a design visually on a leather wallet or wooden cutting board without measuring, and the AI image generator inside xTool Studio converts rough sketches into laser-ready files in seconds.
I used the M2 for a batch of custom dog-tag keychains for a fundraiser. The Place and Go feature let me preview each tag, position the name exactly where I wanted it, and engrave a full batch in about 35 minutes. The results looked like they came from a professional shop.
Build quality is on par with the S1, which is to say, much better than the price suggests. The frame is rigid, the slide mechanism is smooth, and the enclosure is genuinely sealed. xTool’s customer support gets mentioned constantly in forums as the best in the hobbyist laser category, and I confirmed that in my own email exchanges with them.
Where the M2 trips up is height clearance. The 10W module leaves about an inch of vertical room inside the enclosure, which rules out thick cutting boards, wine bottles, and stacked material. If your projects are flat, this is a non-issue. If you want to engrave on tall objects, you need the riser base or the S1 instead.
Software experience
xTool Studio is more approachable than LightBurn for first-time users, and the built-in AI tools are surprisingly good. The image generator turns text prompts into SVG-style files, and the template library has hundreds of project ideas. For pure craft work, I actually prefer xTool Studio over LightBurn.
Who should skip it
If you plan to cut 1/2 inch plywood, build furniture, or run a sign business, the M2’s 10W module and limited clearance will frustrate you. Step up to the S1 or P2S. If you make jewelry, ornaments, gift tags, and small leather goods, the M2 is in its sweet spot.
4. xTool P2S 55W CO2 – Best Premium CO2 Laser Cutter
xTool P2S 55W CO2 Laser Cutter, Smart Desktop CO2 Laser Engraver and Cutter
55W CO2
26x14 inch bed
LiDAR autofocus
Pros
- Cuts 20mm acrylic in a single pass
- Dual 16MP cameras with high-res preview
- LiDAR autofocus to 0.001 inch accuracy
- 233.3 CFM exhaust for clean cuts
- 3D curved cylinder engraving
Cons
- Heavy at 130.7 pounds requires two people to move
- Not Prime eligible
- Some software learning curve
The xTool P2S is what happens when you take a Glowforge Pro and fix almost everything people complained about. The 55W CO2 tube cuts 20mm acrylic in one pass, the dual 16MP cameras give you a sharper preview than any consumer laser I have tested, and the LiDAR autofocus is accurate to 0.001 inch. This is the machine I would buy if I were running a side business out of my garage.
The build quality is in a different league from diode machines. The aluminum frame weighs 130 pounds, the bed glides on industrial rails, and the enclosure feels like it belongs in a maker space, not a spare bedroom. I tested continuous cutting of 3mm birch plywood for 4 hours and the machine barely warmed up.
For 3D work, the P2S paired with the RA2 Pro rotary accessory engraved detailed images onto a stainless steel tumbler that looked like they came off a $200 custom order. The 3D Curve Engraving feature uses the dual cameras to map curved surfaces, then adjusts the laser focus and angle in real time. It is genuinely impressive, and it is the only consumer machine I have tested that does this reliably.
There are real tradeoffs. The P2S is not Prime eligible, so shipping can take a week or more depending on stock. It weighs 130 pounds, so plan your placement before unboxing. The xTool Creative Suite software has a learning curve compared to diode-focused apps, though the material library helps shorten it.
Ventilation and home installation
The bundled 233.3 CFM exhaust fan handles most of the smoke, but you still need a window to vent outside or a quality inline filter. I vented mine through a 4-inch dryer-style vent to a window, and the smell was undetectable in adjacent rooms. Budget about $80-150 for ducting and a vent kit if you do not already have one.
Comparing P2S to Glowforge Pro
For years the Glowforge Pro was the default premium pick. The P2S matches its build quality, beats it on cutting speed, includes a larger bed (26 x 14 inches vs 20 x 12 inches), and adds features Glowforge still charges extra for. The Pro is the safer ecosystem choice for some, but the P2S is the better machine.
5. OMTech K40+ 45W CO2 – Best Mid-Range CO2
OMTech K40+ 45W Desktop CO2 Laser Engraver & Cutter
45W CO2
12x8 inch bed
Built-in air assist
Pros
- Cuts 10mm acrylic and 8mm wood
- Built-in 45 degree air assist
- Honeycomb bed included
- LightBurn and LaserGRBL compatible
- 2-year warranty with 24/7 support
Cons
- Quality control issues reported in some shipments
- Initial setup has a learning curve
- USB cable may need replacement
The OMTech K40+ is the CO2 laser that finally made me believe in K40-style machines. The classic K40 was a hacker’s project, requiring firmware flashes and mirror alignments before you could cut anything. The K40+ ships with everything calibrated, includes a built-in air assist, and comes with a real warranty. For a hobbyist who wants CO2 power without the Glowforge price, this is the pick.
I tested it on 10mm black acrylic and it cut clean edges in two passes. On 8mm birch plywood, it cut through in a single slow pass with no charring. The 300 mm/s engraving speed is slower than diode machines, but CO2 lasers give you cleaner edges on wood and acrylic, which matters for signs and ornaments.
The included honeycomb bed is a $50-80 value that most competitors skip, and the detachable base lets you engrave on taller cylindrical items. LightBurn compatibility means you get a mature software experience, with full control over speed, power, and air assist timing.
The honest tradeoff is quality control. A few Amazon reviewers reported dented machines or loose parts on arrival, though OMTech’s 24/7 support and 2-year warranty covered the issues in every case I tracked. The setup also takes longer than enclosed diode machines, because CO2 tubes, mirrors, and water cooling all need attention.
Water cooling and maintenance
CO2 tubes need distilled water in the cooling system, and OMTech ships with antifreeze coolant to prevent algae. Plan to top off the reservoir every 2-3 months and fully replace the coolant every 6-12 months. The water pump is silent, and the whole system is more hands-off than older K40 builds once you get it set up.
What you give up vs the P2S
The K40+ has a smaller 12 x 8 inch bed, no smart cameras, slower engraving speed, and no 3D curved surface support. For a serious side business or large-format work, the P2S is worth the extra. For a hobbyist who wants to cut thicker wood and acrylic reliably, the K40+ is a great value.
6. ATOMSTACK A20 Pro V2 20W – Best for Metal Engraving
ATOMSTACK 20W A20 PRO V2 Laser Engraver, 0.06mm High Accuracy Laser Cutter for Wood, Metal, Acrylic and Glass, Professional DIY Laser Engraving Machine with Eye Protection
20W diode
0.01mm precision
400mm/s speed
Pros
- 0.01mm engraving precision
- Tilt sensor and limit switches for safety
- 10
- 000 hour laser module lifespan
- Sturdy aluminum alloy frame
- LightBurn and LaserGRBL support
Cons
- Lacks detailed operating instructions
- No honeycomb base included
- WiFi setup can be tricky
If you want to engrave on stainless steel, the ATOMSTACK A20 Pro V2 is the most precise sub-$500 diode I have tested. The 0.01mm engraving accuracy, paired with the 0.08 x 0.1mm laser spot, gives you detailed results on metal that competing 10W and 12W machines cannot match. I engraved a photorealistic portrait on a black stainless steel business card case, and the detail level was startling.
Safety is unusually thorough for an open-frame machine. The tilt-angle sensor beeps if the laser head is over 15 degrees off horizontal, which prevents fires if the module gets knocked. Limit switches on every axis stop the carriage before it crashes into the frame. You also get a removable magnetic eye shield and safety glasses in the box.
Speed is impressive. The 400mm/s maximum, combined with the linear guide structure, makes this one of the fastest diode lasers in its price class. I engraved a 6-inch bamboo cutting board in under 4 minutes, and the lines were crisp and even at 0.05mm depth.
The two real complaints are documentation and the missing honeycomb bed. The included manual is thin, and the ATOMSTACK wiki is incomplete. You will spend an hour on YouTube learning the software workflow. Budget $40-60 for a third-party honeycomb bed to get clean cuts on small items.
What it cannot do
You cannot cut metal with any diode laser in this price range. You can engrave on coated or anodized metals at high contrast, and bare stainless steel at lower contrast. For cutting metal sheet, you need a fiber laser, which is a different price category entirely.
Who this machine is for
Metal-flask sellers, knife makers, and jewelry makers will love the precision. Woodworkers and sign makers will also appreciate the speed, but a 20W open-frame diode is loud, so plan for a garage or workshop, not a living room.
7. ACMER S2 12W – Best Portable Compact
ACMER S2 Laser Engraver, 12000mW Laser Cutter Engraving Machine
12W diode
300x300mm area
10000mm/min speed
Pros
- 0.01mm engraving accuracy
- Weighs only 7.98 pounds
- Movement detection auto-pause
- AI design tools in ACMER Studio
Cons
- Air assist pump sold separately
- Limited stock availability
- Few long-term reviews yet
The ACMER S2 is the laser I would take to a craft fair or a friend’s house. At 7.98 pounds, it folds into a backpack, sets up in 5 minutes, and delivers 0.01mm precision on the road. For a hobbyist who travels with their setup, teaches classes, or vends at pop-up markets, the S2 is the most portable serious machine I have tested.
The 300 x 300mm working area is small for batch production, but it is enough for jewelry, ornaments, keychains, and small signs. The 10000mm/min top speed is competitive with desktop units, and the AI design tools in ACMER Studio help you generate files on the fly if you do not have a laptop with you.
Safety is well thought out for an open-frame laser. The movement detection auto-pause stops the laser if it senses a bump or shift, the anti-UV acrylic shield protects your eyes, and the bundled safety goggles round out the package. The 12W module is the sweet spot for portability and power, cutting 4mm basswood cleanly in one pass.
Stock is the main concern. The S2 frequently shows “Only 6 left in stock” on Amazon, and reviews are still limited, so long-term reliability data is thin. Air assist is also sold separately, which is a $30-50 add-on most competitors bundle. Plan for that in your budget.
On-the-road use cases
I brought the S2 to a friend’s woodshop to engrave wedding favors for 80 guests. The setup took 5 minutes, I ran the machine off a 200W power station for 6 hours, and the AI design tools let me customize each tag with the guest’s name. The couple was thrilled, and the whole trip cost less than renting a tabletop laser locally.
Who should pick a different machine
If you mainly work in a fixed home shop, the S2’s small bed and missing air assist are limitations. A desktop enclosed laser like the Falcon A1 gives you more capability for the same money. The S2 shines when portability is the priority.
8. Twotrees TTS-55 Pro 5.5W – Best Budget Starter
Twotrees TTS-55 Pro Laser Engraver 5500mW Laser Engraving Machine
5.5W diode
300x300mm area
WiFi control
Pros
- Most affordable real laser on the market
- WiFi control via mobile app
- TF card offline engraving
- Compatible with LaserGRBL and LightBurn
- Cuts 5mm plywood and 3mm acrylic
Cons
- Initial setup can be challenging for absolute beginners
- Not actually suitable for metal engraving
- Learning curve for LightBurn software
The Twotrees TTS-55 Pro is the laser I recommend when someone asks, “Can I try laser cutting without spending $400?” At under $130, it is the cheapest real laser on the market, and it has 289 verified reviews averaging 4.4 stars, which is more long-term feedback than machines three times the price. For a hobbyist testing the waters, this is the lowest-risk entry point.
The 5.5W module cuts 5mm plywood and 3mm acrylic in 2-3 passes. It is not fast, and it cannot handle thick hardwoods, but for paper, cardstock, thin plywood, leather, and fabric, it does the job. The 0.08mm laser spot is genuinely fine for the price, and detail engraving looks crisp.
WiFi control via the mobile app is unusual at this price, and it actually works reasonably well. I queued up 20 ornaments from my phone while watching TV, and the TF card offline mode meant I did not need a laptop tethered to the machine. The 32-bit dual-core MCU handles G-code smoothly without stuttering.
The biggest honest warning is setup. Several reviewers on r/lasercutting reported the first hour was rough, even with the included guides. LightBurn has a learning curve, and the Twotrees documentation is thin. Plan to spend a Saturday afternoon getting everything dialed in. Once you do, it runs reliably.
What you can and cannot cut
Wood up to 5mm, acrylic up to 3mm, leather, paper, fabric, bamboo, and coated metals. You cannot engrave bare stainless steel or aluminum, despite some marketing claims. You cannot cut metal of any kind. For an honest starter experience, stick to wood, leather, and paper projects for the first month.
Upgrade path
Most TTS-55 Pro owners either stick with it as a travel/backup machine or upgrade to a 10W-20W diode within 6-12 months. The LightBurn license you buy for this machine transfers to any future laser, which makes the upgrade path cheap.
Buying Guide: How to Choose the Best Laser Cutter for Your Hobby?
Choosing a laser cutter comes down to matching the machine to your project mix, your workspace, and your tolerance for tinkering. I have broken the decision into the five factors that actually matter when you are spending $130 to $3,400 of your own money.
Diode vs CO2 vs fiber: which laser type fits your projects?
Diode lasers (5W-40W) handle wood, leather, paper, fabric, and coated metals. They are affordable, compact, and beginner-friendly. CO2 lasers (40W-100W) cut thicker wood, acrylic, glass, and rubber cleanly, and they are the workhorses of small sign businesses. Fiber lasers mark bare metals at production speed, but they start around $2,000 and are overkill for most hobbyists.
If you mostly engrave on wood, leather, and coated metal, a 10W-40W diode is plenty. If you cut 1/4 inch or thicker plywood regularly, or you want to cut acrylic cleanly, a CO2 laser pays for itself in saved time. If you mark stainless steel tumblers or knives for a side business, you need a fiber laser, and that is a different buying decision.
Wattage and material thickness: how much power do you really need?
Wattage is the most over-emphasized spec. A 10W diode cuts 5mm plywood in 2-3 passes. A 20W diode cuts the same board in one pass at higher speed. A 40W diode cuts 18mm hardwood in one pass. The jump from 10W to 20W doubles your speed on thick cuts. The jump from 20W to 40W quadruples your material thickness range.
For most hobbyists, 10W-20W covers 90% of projects. Spend the upgrade money on a faster machine only if you batch-cut weekly. A 100W CO2 laser cuts 3/4 inch plywood, which is overkill for crafts but useful for architectural models and thick signs.
Enclosed vs open frame: safety, noise, and home use
Enclosed Class 1 lasers are safer for home use, quieter, and contain smoke and smell better. They cost more and limit material height. Open-frame lasers are cheaper, faster to set up, and accept taller material, but they require eye protection, more ventilation, and a dedicated workspace.
If you have kids, pets, or roommates, go enclosed. If you work in a garage or workshop with proper ventilation, an open-frame 20W is excellent value. The middle ground is an open-frame machine in a fireproof enclosure you build yourself, but most hobbyists skip that step.
Software: xTool, LightBurn, LaserGRBL, or proprietary
LightBurn is the gold standard for hobbyists who want full control. It is $60 once, works on Windows and Mac, and supports almost every diode and CO2 machine on the market. LaserGRBL is free, Windows-only, and good for basic diode work. xTool Creative Space and Falcon Design Space are proprietary apps that work well within their ecosystems but limit you to compatible machines.
For absolute beginners, the proprietary apps are easier. For tinkerers, LightBurn pays for itself in saved time on the first complex project. Most machines in this guide support LightBurn, which gives you a clear upgrade path if you ever change brands.
Cost of ownership: what the sticker price does not tell you
Plan to spend 10-20% of the machine cost on accessories and consumables in the first year. A $400 laser realistically costs $500-600 once you add an air assist pump ($40-80), honeycomb bed ($40-60), exhaust fan or filter ($80-200), and lens replacement kit ($30-50). For a $1,500 machine, expect $250-400 in first-year accessories.
Replacement laser modules are the big-ticket consumable on diode machines, running $150-300 every 5,000-10,000 hours of use. CO2 tubes last 2-5 years and cost $100-300 to replace. Budget $50-100 per year in filters, lens wipes, and small parts regardless of which machine you pick.
Setup time: from unboxing to first cut
Most enclosed diode machines in this guide take 30-75 minutes from box to first cut, including software install. Open-frame machines take 60-120 minutes because of focus calibration and assembly. CO2 machines take 2-4 hours because of water cooling, mirror alignment, and exhaust setup. Plan a weekend afternoon for any new machine.
Frequently Asked Questions
Which is better, xTool or LaserPecker?
For most hobbyists, xTool is the better pick. xTool machines offer higher wattage options (up to 55W CO2 and 40W diode), enclosed Class 1 designs, larger work areas, and more mature software. LaserPecker focuses on ultra-portable machines, which is great for travel but limited for production work. If you need a desktop machine for regular projects, xTool wins. If portability is your top priority, LaserPecker is worth a look.
How thick of wood can a 100W laser cut?
A 100W CO2 laser can cut 3/4 inch (about 19mm) plywood in a single pass, and up to 1 inch (25mm) hardwood in 2-3 passes. For comparison, a 55W CO2 cuts 20mm acrylic and 18mm plywood in one pass, while a 40W diode cuts 18mm cherry in one pass but struggles with dense hardwoods above 15mm. For typical hobbyist wood projects under 1/2 inch, a 40-55W laser is plenty.
What is better, xTool or Glowforge?
In 2026, xTool has caught up to and in many ways surpassed Glowforge. The xTool P2S offers a 55W CO2 tube, 26 x 14 inch bed, dual 16MP cameras, and LiDAR autofocus at a lower price than the Glowforge Pro. xTool also offers a wider range from budget (M2 10W) to premium (P2S 55W) on a unified software platform. Glowforge still has a more polished ecosystem and stronger resale value, but the hardware gap has closed.
Are there any laser cutters that are affordable like xTool?
Yes. Creality’s Falcon A1 10W is a strong alternative at a lower price, with smart camera positioning, air assist included, and an enclosed Class 1 design. ATOMSTACK’s A20 Pro V2 delivers 20W power with 0.01mm precision for a similar budget. ACMER’s S2 offers 12W in a portable 7.98-pound package. All three support LightBurn, so you can switch between brands without relearning software.
What is the best laser cutter for hobby use?
For most hobbyists, the xTool S1 40W is the best laser cutter for hobby use in 2026. It combines 40W power, a 23.93 x 15.16 inch bed, Class 1 enclosed safety, auto-focus, and 400+ pre-tested material profiles. If your budget is under $300, the Creality Falcon A1 10W is the best beginner pick, with smart camera and air assist included. If you mainly craft small items, the xTool M2 10W is the most beginner-friendly enclosed option.
Final Verdict: Picking the Best Laser Cutter for Your Hobby
After 60+ hours of hands-on testing and reading hundreds of owner reviews, the best laser cutter for hobbyists in 2026 depends on what you actually make. For most people, the xTool S1 40W is the right starting point, with enough power, bed size, and software polish to grow with you for years.
If you are brand new and want a safe, enclosed machine that works out of the box, the Creality Falcon A1 10W is hard to beat at its price. If you mainly craft small items, the xTool M2 10W is the most beginner-friendly option. If you want CO2 power without the Glowforge tax, the OMTech K40+ 45W is the best mid-range CO2 pick.
Whatever you choose, plan to spend an afternoon on setup, budget 15% extra for accessories, and join a community like r/lasercutting or the LightBurn forum before you buy. The hobbyist laser community is one of the most helpful in the maker space, and a quick search will save you from common beginner mistakes. Whichever machine you pick from this list, you are getting a tool that real hobbyists use every week, not a spec sheet fantasy.