OMTech vs HPC Laser vs Trotec: What Are You Actually Paying For?

When you start researching CO2 lasers in the UK, three names keep coming up: OMTech, HPC Laser and Trotec. The price range between them is enormous — and understanding why tells you almost everything you need to know about which one to buy. This comparison comes from someone who runs an OMTech commercially, has looked hard at the alternatives, and is asked about this by showroom visitors on a regular basis.

First: diode lasers are a different thing entirely

Before we compare CO2 machines, a word on diode lasers — because they come up constantly in searches and social media, and they cause a lot of confusion.

Brands like xTool, Sculpfun, Atomstack and Ortur make diode lasers that look superficially similar and cost a fraction of the price — often £200 to £600. They are open-frame machines (no enclosure), typically lower powered, and designed primarily for hobbyists engraving at home.

For a serious business they fall short in several ways. The open frame means fumes and laser scatter are harder to contain safely. Cutting thick materials is slower and less clean. The working area is often smaller. And perhaps most importantly: the output quality on natural wood — the contrast, the depth, the crispness of a cut edge — simply does not match what a CO2 machine produces.

If you want to make personalised gifts in the evenings as a hobby, a diode laser is a reasonable starting point. If you want to build a business, start with CO2. Everything below assumes you've made that decision.

The short version

All three CO2 machines cut and engrave wood, acrylic and most other materials to the same quality. The differences are price, support model, software and the assumptions baked into the design. For a UK business starting out, the maths strongly favours OMTech — but the full picture is worth understanding.

OMTech Turbo 758 — what you get

The OMTech Turbo 758 is an 80W CO2 laser with a 700 × 500mm bed, currently around £2,249 at omtech.uk. It runs on a Ruida controller and works with LightBurn. We've run ours for two years at 5 to 10 hours a day, five days a week, cutting and engraving sustainable timber for a living. The build quality is solid, the running costs are manageable, and every maintenance job we've needed to do we've done ourselves. The full reliability and running costs story is here. For a detailed look at the machine itself, see our Turbo 758 review after two years of commercial use.

What you don't get: a UK-based engineer who will come to your door, or hand-holding through setup. OMTech's UK customer service team is responsive (we've used them) and their YouTube tutorials are good, but the expectation is that you can sort most things yourself.

HPC Laser — the UK alternative

HPC Laser is a West Yorkshire company that has been selling CO2 lasers into the UK market for years. Their most comparable machine to the OMTech Turbo 758 is the LS6090 PRO — a 60W machine with a 900 × 600mm bed (slightly larger), upgradeable to 80W. RRP is around £7,500 ex VAT, which puts it at well over three times the price of the equivalent OMTech once VAT is added.

The headline difference HPC sell on is UK-based engineer support — delivery with installation, training, and a team you can call if something goes wrong. For buyers who are not technically confident, or who are putting a machine into an environment where downtime is commercially catastrophic, that support model has genuine value.

Here's the thing though: look under the bonnet and the LS6090 runs on a Ruida controller — the exact same controller as the OMTech. It is fully compatible with LightBurn. The laser tube it ships with is a standard CO2 glass tube of the same type. The cut quality on wood, acrylic and slate is, in practice, indistinguishable from an OMTech at the same power and settings. You are paying a very substantial premium primarily for provenance, local support and the confidence that comes with a UK company standing behind the machine.

For many buyers, that premium isn't justified — especially when you consider that the engineer support gap is largely closeable. We can recommend an excellent freelance laser engineer if you ever need one. And in two years of commercial production on our OMTech, we haven't needed to call anyone.

Trotec — a different category entirely

Trotec is an Austrian manufacturer whose Speedy series machines are found in design studios, universities, schools and high-volume commercial operations. A used Trotec Speedy 100 in good condition sells for around £15,000 second-hand. New, you're typically looking at £12,000 to £20,000 or more depending on specification. That's five to eight times the OMTech price for a comparable power level.

What do you get for that? Genuinely exceptional build quality, very fast engraving speeds, autofocus, a class 1 laser enclosure rated for sensitive environments, and Trotec's full dealer support network. The machines are beautiful — that's not marketing, it's a fair description. They are also air-cooled on the Speedy series, so no external chiller is required, which simplifies installation considerably.

They run on Trotec's proprietary Ruby software rather than LightBurn, which is a real difference for anyone coming from the OMTech/HPC world. Ruby is polished and capable, but it's a platform lock-in that LightBurn is not.

The honest assessment: for a new laser engraving business, buying a Trotec is very hard to justify financially. The payback period on the machine premium is extremely long, the output quality advantage over a well-maintained OMTech is marginal for most commercial work, and a significant proportion of buyers who own Trotec machines either inherited them, bought them with business funding, or are running at a volume and day rate where the maths eventually works. If you are starting from scratch and self-funding, the capital tied up in a Trotec is capital that could be doing something else.

That said, if you are buying for a school, a makerspace, a corporate design team or a business that genuinely cannot afford any downtime and values the support model, Trotec is the right machine and the premium makes sense.

The results are identical

This is the thing that catches people out. Place a piece of engraved oak from an OMTech next to the same job from an HPC or a Trotec, with equivalent settings and a skilled operator, and you cannot tell them apart. CO2 laser technology is CO2 laser technology. The beam does the work. The machine holds the beam in the right place at the right power. Beyond a baseline of quality build and accurate mechanics — which all three meet — the output quality difference is negligible for typical commercial work.

What differs is the ecosystem around the machine: the software, the support, the running costs, the confidence of the buyer. Those are real differences. The engraving quality is not.

Which should you buy?

Starting a business, self-funding, technically capable: OMTech. The capital saved is better used on materials, marketing and time to learn the craft. Use our discount code for 4% off, book training to compress the learning curve, and spend the £5,000 you saved on growing the business instead.

Not technically confident, want UK support, budget allows: HPC is worth the premium. The support model is real and the machines are good. You're paying for peace of mind and that's a legitimate reason to buy.

School, makerspace, corporate, high volume, budget not the constraint: Trotec. It's the right machine for that context and the quality justifies itself at scale.

Not sure which category you're in? Come to our showroom in Buckley, North Wales and watch an OMTech running commercial production. Ask the awkward questions. If the honest answer is that a different machine suits you better, we'll tell you.

Disclosure: Cherry Grove Craft is an official OMTech showroom and referral partner. Links to omtech.uk are affiliate links — we earn a small commission if you buy, and our discount code saves you 4% either way. We have no commercial relationship with HPC or Trotec and no financial interest in recommending either.