It was the first Monday of November 2024, and I was doing what I do every quarter: pulling up our outgoing invoices and trying not to wince. We're a five-person product company in Manchester, making custom branded items for corporate clients — engraved metal nameplates, acrylic signs, laser-etched leather goods. It's a good business. It's also a business with a growing line item that was getting harder to ignore.
Laser work. £438 in July. £612 in September. £1,150 in October. By the end of the year, we'd spent £4,800 outsourcing laser engraving and cutting — and that didn't count the rush fees we paid twice because a client needed something in 48 hours. I closed the spreadsheet and said the sentence every procurement person eventually says: "We need to bring this in-house."
Why I stopped outsourcing laser work
For two years, outsourcing made sense. We didn't have the expertise, the space, or the capital. But the math had shifted. Our laser invoices were growing about 30% year over year, and each order came with a four-to-seven-day turnaround we had zero control over.
So I started researching. Searching for "hobby laser engraving machine UK" pulls up everything from £300 desktop toys to £10,000+ CO₂ systems. CO₂ lasers are excellent machines — for certain workloads. But for our mix (thin acrylic, anodised aluminium, leather, small wooden gift items), a diode laser made more sense. It's more affordable, uses less floor space, and handles the materials we work with daily.
Wait, let me rephrase that. I didn't "arrive" at that conclusion so much as get dragged there by spreadsheets. What I mean is: the numbers made it obvious. Our average order involved materials under 10mm thick. We didn't need a 100W tube. We needed something reliable, compact, and purchasable without planning a ventilation installation project.
The budget option that almost won
Here's where I have to admit something uncomfortable. I almost bought a £680 diode laser from a brand I'd never heard of. The reviews were decent, the specs looked fine on paper, and the price was less than half of what I ended up spending. My procurement instinct said "grab it."
Then I built the total cost of ownership spreadsheet. That's what I do. TCO — total cost of ownership, meaning not just the sticker price but every pound from the moment you click "buy" to the moment the machine produces something sellable. That £680 machine? It needed a rotary attachment (£159 extra), a honeycomb work surface (not included, £89), an air assist kit (£110), and a spare laser module "just in case" (£240).
Total: £1,278. The xTool S1 20W kit I eventually bought came with the honeycomb bed and air assist in the box. When I priced everything together, the gap between the budget option and the xTool S1 narrowed to about £300. That's when my gut started arguing with the spreadsheet.
The numbers said go cheaper — £300 is £300. My gut said something felt off. The budget machine's manufacturer had no UK support, and replacement parts had a three-to-four-week lead time. What does a three-week wait mean when a client's order is due Friday? It means a £450 rush job at the local laser shop, that's what.
Making the call (and second-guessing it)
I ordered the xTool S1 with the 20W module in mid-November 2024. The base price was £1,299 on xTool's UK site at the time (verify current pricing over at xtool.com — it changes), and I added the rotary attachment for £229. Total: £1,528. I told myself it was an investment. I didn't fully believe myself.
Even after choosing it, I kept second-guessing. What if the budget option would've been fine? What if we'd need a CO₂ system later anyway and the diode became redundant? The two weeks until delivery were stressful. I hit "confirm order" and immediately thought: did I just overspend by £800?
What settled it, strangely, was a customer email. A corporate client asked for 50 engraved metal plaques with a two-day turnaround. We outsourced it at a cost of £312. I looked at that invoice and thought: this is the last time.
The first month: acrylic, metal, and the accessories that saved us
The xTool S1 arrived on a Tuesday. Unboxing took minutes — the frame, the 20W laser module, the honeycomb bed, and the air assist were all in the package. I'd expected to spend a full day assembling and calibrating. It took about 40 minutes.
The first real challenge was figuring out how to cut acrylic. Reading about laser settings is different from dialing in your first batch. Our first test piece, a 3mm acrylic sheet, came out with charred edges because I had the speed too low. The second test was better. By the third, I had a settings profile that produces clean, polished edges every time — 12mm/s at 80% power for 3mm cast acrylic, for anyone curious. Those are starting points, not gospel. Every batch varies.
That's where the honeycomb bed proved critical. Acrylic needs airflow underneath to vent heat and debris. Without the honeycomb surface, the underside of cut pieces would stay tacky and melt around the edges. I'll be blunt: the honeycomb bed isn't a "nice extra." It's a core part of getting quality cuts on sheet materials.
Then came the moment that justified the entire purchase. A local brewery asked us to engrave 40 stainless steel growlers with their logo. We'd have turned that job down before — not because we couldn't source a vendor, but because the margins would vanish after outsourcing. With the rotary attachment (the xtool s1 rotary attachment, to be precise), we mounted the growlers and rotated them under the laser automatically. The job took two afternoons including setup. Our cost in materials and electricity: roughly £18. The client paid £780.
And yes — engraved metal works on the S1. It's not a fiber laser marking steel (that's a different machine for a different budget), but for anodised aluminium, coated metals, and stainless steel with the right marking spray, the 20W module handles it well enough to sell.
This is where I admit I almost made the wrong call. I initially planned to get the 10W module to save money. So glad I didn't. The 20W module is what made our metal engraving and thicker acrylic work possible. The 10W would've done shallow anodised aluminium patches, no question. But the stainless growlers? I don't think so. £200 difference in price against £780 of work in a single order. You do the math.
What the spreadsheet says now
As of late January 2025, the machine has been running for about two months. Here are the actual numbers from my cost tracking system:
- Total machine spend: £1,528 (S1 20W + rotary attachment)
- Orders completed in-house: 31, totalling £4,920 in client billing
- Materials and consumables: £410 (acrylic sheets, anodised aluminium blanks, marking spray)
- External laser costs since purchase: £0
- Jobs we previously declined that we now accept: 7
Payback happened in 47 days. I checked. It felt absurd, honestly. I spent a month believing I'd overspent, and the machine paid for itself before the kitchen recycling bin got emptied.
None of that accounts for the soft benefits. Turnaround is measured in hours now, not days. We say "yes" to custom orders without checking the outsourcing math first. And when the brewery growlers printed clean, we got a portfolio piece that's pulled in three more beverage clients.
What I'd tell someone buying a hobby laser engraving machine in the UK
If you're one of those people searching "hobby laser engraving machine UK" at midnight, unsure whether to spend £700 or £1,500, here's what two months of real-world ownership taught me:
The accessories are the system. The rotary attachment and honeycomb bed aren't upsells. They're what turn a "laser engraver" into a "production tool." Budget for them from the start.
Cutting acrylic is learnable but not trivial. Give yourself a weekend to burn through test pieces. It's normal to wreck a few sheets. That's not a machine problem — every laser operator I know (at least, everyone honest) burned more material than they admit in their first week.
Total cost of ownership beats unit price. The £680 machine would've needed £598 of essential accessories and a four-week wait on replacements. The xTool S1 included the critical pieces and has a UK warehouse, which I verified before purchasing — that was a key decision point, by the way. That said, I should note: this is our experience with our production volume. If you're doing two small jobs a month, the math might lean the other way.
The efficiency dividend is real. The value isn't just money saved on outsourcing. It's being able to say "yes, we can do that" without a second thought. That shift alone has been worth more than the machine's cost, to be honest.
Would I buy the xTool S1 again? Yes. The numbers say so — and this time, my gut agrees with them.
