Quick Answer: The best laser engraver for metal in 2026 is the xTool F1 — a compact fiber-plus-diode unit that marks bare stainless, brass, aluminum, and titanium while still engraving wood and leather. For heavier, faster industrial marking, the Monport 30W fiber laser is the pick, and on a budget the xTool S1 (40W diode) with marking spray handles coated and sprayed metal.
Last verified: July 19, 2026 — models, wattages, and pricing re-checked for 2026.
Updated for July 2026 — two corrections. This guide previously listed the xTool F1 at ~$1,599. That was the launch-era price; the F1 now sells for ~$1,099, and the figure has been corrected throughout. Second, the Atomstack M4 and M4 IR are end-of-life — AtomStack no longer sells them. The budget infrared slot now belongs to the Sculpfun iCube Ultra Dual at $499, which pairs a 12W diode with a 1.2W infrared module in an FDA Class 1 enclosure — see our best Sculpfun laser engraver guide for the full lineup and prices.
Updated October 26, 2026. The pick #5 section below still showed the discontinued Atomstack M4 as an active, buyable product with a live Amazon link, even though the correction above already retired it in July — that’s now fixed to match, with the Sculpfun iCube Ultra Dual swapped in as the actual current budget pick.
Metal is where most diode lasers hit a wall. To permanently mark bare steel, brass, or aluminum you really want a fiber laser, which uses a wavelength that bare metals absorb. Here are the machines that do metal right.
Metal marking by the numbers
- 1064nm is the metal wavelength. Fiber lasers emit at ~1064nm, which bare metals absorb directly, while a 450nm blue diode reflects off most bare metal and a CO2’s 10,600nm beam is reflected by polished metal entirely — per xTool and OMTech material guides, this is why fiber is the standard for bare-metal marking.
- Diodes need a coating to mark bare metal. Without marking spray (e.g. Cermark/LaserBond) or anodized coating, a diode laser leaves no permanent mark on raw steel or aluminum; spray gives a black bonded mark, which is why budget diode metal work always lists a spray step.
- Galvo speed is the fiber advantage. Fiber galvo heads scan at roughly 7,000mm/s — about 10× the ~400mm/s of a typical gantry diode (per Raycus/JPT galvo specs) — so deep serial-number and logo batches that take minutes on a diode finish in seconds on fiber.
- MOPA fiber adds color. MOPA fiber lasers use an adjustable pulse width that can produce color marks on stainless steel and crisp black on anodized aluminum (per ComMarker and JPT), something fixed-pulse fiber and diode lasers can’t reliably do.
Best laser engravers for metal at a glance
| Machine | Best for | Type / Power | Price | Rating |
|---|---|---|---|---|
| xTool F1 | Best overall for metal | Fiber + diode | ~$1,099 | ★★★★★ |
| Monport 30W Fiber | Best for deep marking | Fiber 30W | ~$3,999 | ★★★★½ |
| ComMarker B4 | Best portable fiber | Fiber 20W | ~$2,199 | ★★★★☆ |
| xTool S1 40W | Best diode for coated metal | Diode 40W | ~$1,899 | ★★★★☆ |
| Sculpfun iCube Ultra Dual | Best budget metal marker | Diode 12W + IR 1.2W | $499 | ★★★☆☆ |
1. xTool F1 — Best Overall for Metal
xTool F1 (Fiber + Diode)
- Dual fiber + diode source marks bare metal and engraves organics.
- Galvo speeds up to 4,000mm/s for fast small marks.
- Enclosed and portable — ideal for personalization booths.
- Small 115×115mm work area limits larger pieces.
The xTool F1 is the most versatile metal-capable laser for makers. Its fiber source marks bare stainless steel, brass, aluminum, and titanium with deep, permanent results, while the diode source handles wood and leather — so one machine covers metal jewelry, tools, and organic gifts. The galvo mirrors make it astonishingly fast on small marks, and the enclosed, portable body makes it perfect for on-site personalization. The only real limit is the small work area. See our full xTool F1 review for tested speeds and material results, or our xTool F1 Ultra review if you need the fiber laser that actually cuts thin metal.
2. Monport 30W Fiber — Best for Deep Marking
Monport 30W Fiber Laser
- 30W fiber source for deep etching and even shallow metal engraving.
- Large galvo field with a rugged industrial build.
- EZCAD2 software with fine control over depth and grayscale.
- Bigger, heavier, and pricier — a true shop tool.
When you need to do more than surface-mark — deep serial numbers, logos etched into tool steel, or production volumes — the Monport 30W fiber laser steps up. The extra power cuts marking time and enables real depth, and the industrial build is made for daily use. It’s a bigger commitment in price and space, but for a metal-focused business it’s the right tool.
3. ComMarker B4 — Best Portable Fiber
ComMarker B4 (20W Fiber)
- 20W fiber in a compact, desktop-friendly form.
- Quick to set up and move; great for small-shop metal marking.
- Handles steel, brass, aluminum, and gold/silver.
- Needs a safety enclosure or rated goggles — fiber light is hazardous.
The ComMarker B4 splits the difference between the tiny xTool F1 and a full industrial unit. With 20W of fiber power and a compact footprint, it marks metal quickly and is easy to fit into a small workspace. It’s a favorite for jewelers and knife makers who need solid metal marking without a huge machine. Just take fiber safety seriously — invest in an enclosure or proper goggles.
4. xTool S1 40W — Best Diode for Coated Metal
xTool S1 (40W diode)
- Marks anodized, painted, and coated metal directly.
- Marks bare stainless with Cermark or dry-moly spray.
- Enclosed safety and a large work area for bigger items.
- Cannot deeply etch bare metal like a fiber laser.
If your “metal” work is mostly anodized aluminum, powder-coated tumblers, or stainless that you can treat with marking spray, you may not need a fiber laser at all. The enclosed xTool S1 40W marks coated metals directly and does a clean job on bare stainless with a coat of Cermark. It also engraves wood, acrylic, and leather, making it a flexible all-rounder when metal is only part of your work.
5. Sculpfun iCube Ultra Dual — Best Budget Metal Marker
Sculpfun iCube Ultra Dual (12W Diode + 1.2W IR)
- 1.2W infrared module (1064nm) marks bare metal at a low price.
- FDA Class 1 enclosed body — safe on a desk without goggles.
- 12W diode on the same machine still handles wood, leather, and anodized aluminum.
- 1.2W IR is slow and shallow — fine for dog tags and jewelry, not production runs.
This spot used to belong to the Atomstack M4, which AtomStack has discontinued (see the correction note above). The Sculpfun iCube Ultra Dual is the current budget way onto bare metal: its 1.2W infrared module runs at the same 1064nm wavelength as a full fiber laser, so it marks bare stainless, brass, and aluminum directly, while the enclosed FDA Class 1 body means no goggles or separate safety setup. It’s slow next to a real fiber galvo, so it’s a fit for the occasional dog tag or piece of jewelry, not a daily-volume shop. See our best Sculpfun laser engraver guide for how it compares to the rest of the lineup.
How to choose a laser engraver for metal
- Bare vs coated metal is the key question. Coated, anodized, or sprayed metal can be marked by a diode. Bare steel, brass, and aluminum need a fiber (or infrared-diode) laser.
- Match power to depth. Surface marks and logos need little power; deep etching and production volume call for 20–30W+ of fiber.
- Mind work area. Fiber galvo lasers often have small fields (100–150mm). For larger items, look for an extended lens or a bigger machine.
- Take fiber safety seriously. Fiber laser light is especially hazardous to eyes — use an enclosure or wavelength-rated goggles every time.
The bottom line
The xTool F1 is the best laser engraver for metal in 2026 for most makers — versatile, fast, and capable on bare metal and organics alike. Step up to the Monport 30W for deep, high-volume marking, choose the ComMarker B4 for a compact shop fiber, or use the xTool S1 40W with marking spray if your metal work is mostly coated. Want the deepest, fastest marks on bare metal? Working specifically with stainless steel — tumblers, knives, or annealed color marks? Our best laser engraver for stainless steel guide ranks the fiber and MOPA picks for it, and our best laser engraver for knives guide splits the blade-vs-handle machine choice for that format specifically. Marking aluminum specifically — bare panels or anodized tumblers and awards? Our best laser engraver for aluminum guide splits the fiber and diode picks by which surface you’re working with. Working with brass — nameplates, tags, or hardware — specifically? Our best laser engraver for brass guide covers the fume-safety questions brass raises that stainless and aluminum don’t. Marking silver specifically? Our best laser engraver for silver guide covers why the metal’s reflectivity calls for at least a 30W fiber source. Marking gold — solid or plated? Our best laser engraver for gold guide covers the karat differences and the burn-through risk thin plating raises. Our dedicated best fiber laser engraver roundup ranks the true fiber machines — Monport, ComMarker, OMTech — head to head, and our best ComMarker laser engraver guide ranks that brand’s full B4/B6 lineup on its own. Marking rings, pendants, and charms? Our best laser engraver for jewelry guide covers MOPA color marking and ring rotary chucks. Engraving stainless steel cups? See our best laser engraver for tumblers guide, or our best laser engraver for glass picks if you etch glassware. Marking parts with serial numbers, barcodes, or QR/DataMatrix codes for traceability? Our best laser marking machine guide ranks the fiber, MOPA, and UV systems built for it. Personalizing or serializing firearms? Our best laser engraver for guns guide ranks the fiber lasers that mark bare slides and receivers to ATF depth. Marking pet ID or mil-spec dog tags specifically? Our best laser engraver for dog tags guide covers handheld and on-site options for that exact tag size and format. Marking a bicycle frame specifically? Our best laser engraver for bicycle frames guide covers the metal picks here plus why we don’t recommend lasering a carbon fiber frame at all. Need to cut metal parts rather than mark them? Our best laser cutter for metal guide separates the desktop fiber galvos that cut foil-thin brass from the 1,200W-plus CNC cutters that cut sheet steel. Want a portable machine that marks metal and cuts wood? The LaserPecker LP5 pairs a 20W fiber with a 20W diode — see our best LaserPecker laser engraver breakdown. For everything else, start with our best laser engraver roundup.