xTool F2: Six Materials, First-Attempt Success | Bench Test 01
A laser that engraves
everything we feed it.
We put the xTool F2 on the bench in Cavigliano. One week on, we have run six materials through it — rough and double powder-coated aluminum, stainless steel, PA6 CF, Nylon 12, vulcanized rubber, kraft cardbox. First-attempt success on every one. Including a physical-bump engrave on stainless steel that a diode laser of this size has no business producing. This is the updated report.
An operator's report, not a press release.
Tactic Engineering is a Swiss engineering company. We design and produce magnetic vehicle mounts for vans. We run a small in-house manufacturing line in Cavigliano, Ticino. Most of our marking work — serial numbers on aluminum brackets, branded engravings on rubber gaskets, labels on shipping cardbox — has been outsourced to local shops, or absent entirely, because the entry-level engravers we tested could not handle our material mix. The xTool F2 changed that. This is what happened — including the update one week later, when we discovered the unit also engraves PA6 CF, double-coated powder finishes, and stainless steel with a measurable physical depth.
We bought the unit. No demo loaner. No special access. The same product anyone reading this page can order. The benchmark is the benchmark every small shop applies in private: does it do the job, on the materials we actually use, on the day it arrives. We do not run print-quality benchmarks against synthetic test cards. We run the parts that pay our rent.
The F2 cleared that benchmark the first afternoon — three materials, three first-attempt successes — and we filed the report on the same day. One week later we are filing the v2 update. Three more materials, three more first-attempt successes, including the headline finding: a diode laser this size that produces a tactile, physical-bump engrave on stainless steel. The rest of this page is the detail of how, plus an open-source STEP file for the blank jig we built so the laser was production-ready on day one.
From uncrate to first usable mark in one afternoon.
No optical alignment. No external chiller plumbing. No air-assist fittings to source separately. The F2 is built to go to work.
The F2 arrived in one crate. The enclosure is industrial. The shield is properly tinted. The honeycomb bed seats a part square the first time you set one down. Nothing rattles. Nothing requires the operator to align an optical path before the first job.
The xTool Creative Space software installed on a workshop laptop without driver wrestling. The job file we used was a vector logo and a six-digit serial — the same artwork we have been outsourcing to a local engraver for two years. We imported the SVG, chose the material preset closest to the substrate, set a small test patch in a corner, and ran. The mark on the first patch was production-grade. We moved the part. We ran the real job. It worked.
What we did not have to do
We did not have to source a third-party chiller. We did not have to buy an extraction add-on as a separate SKU before we could turn the machine on. We did not have to upgrade to an "Open Materials" license to use the materials we already had on the shelf. We did not have to phone the vendor to unlock features the sales page implied were included. The unit shipped in a state ready to do work. That, in this category, is not a given. Anyone who has bought an industrial-tier machine recently understands the contrast.
The single most consequential design choice on the F2 is that it ships ready. That sounds small. It is not. Most of the friction in adopting a marking machine into a small shop is not the marking — it is the four weeks of accessories, licenses, and "actually you also need" that follow the first invoice. The F2 cuts that to zero. We were producing on day one.
Six materials. Six first-attempt successful marks.
These are the substrates we mark in real production. Not synthetic samples. Not paid-content materials. Parts off the shelf — including the powder-coated aluminum brackets that are our own product.
The first version of this report covered three materials. One week later we have engraved three more, all on the first attempt, all with the stock xTool Creative Space material preset adjusted by a single test patch. The summary table first, then the detail card-by-card. The order below builds from the practical to the genuinely surprising.
| Material | Application | Setup time | Result on first attempt |
|---|---|---|---|
| Powder-coated aluminum | Branding on Tactic-made magnetic mounts | ~5 min | Production-grade |
| Vulcanized rubber | Branded gasket marking | ~5 min | Production-grade |
| Nylon 12 (PA12) | Serial numbers on SLS-printed brackets | ~5 min | Production-grade |
| Nylon PA6 CF | Marks on carbon-fibre-filled nylon | ~7 min | Production-grade |
| Stainless steel | Deep engrave with physical bump | ~10 min | Production-grade |
| Cardbox (kraft) | Shipping carton branding (and the inner roll of a toilet paper tube, yes) | ~3 min | Production-grade |
Why this matters. This is the finish on the magnetic vehicle mounts we sell. Engraving on powder coating is notoriously inconsistent — most lasers either fail to penetrate the coating cleanly or burn through to bare metal with halos around every glyph. We tested both standard powder coating and double-coated finishes (two cured layers). The F2 cleared both.
What we did. Imported the artwork, picked the metal preset adjusted for the coating thickness, ran on a finished bracket from our own production line. The mark cut cleanly through the coating layer, edges sharp, no halo, no scorch. On the double-coated samples the result is even better — the contrast against the top coat is striking, and the perceived quality of the finished part jumps a category.
What it changes. We brand our own products in-house, on demand. Every Tactic mount that leaves the shop now carries a clean F2-engraved mark. The customer-perceived value of the part is up. The marginal cost of the engrave is rounding error.
- Substrate
- Powder-coated aluminum, finished bracket
- Coating
- Single + double-coated tested
- Preset
- xTool CS · metal preset, adjusted
- Halo
- None
- Result
- Production-grade, first try
Why this matters. Rubber is the material that breaks entry-level engravers. Vulcanized compounds outgas heavily. They smear. They scorch. On a poorly matched laser the mark is either ghosted or burned through the part.
What we did. Imported the artwork, picked the rubber preset in Creative Space, ran a 12 × 12 mm test patch on a scrap from the same batch, accepted the default. The mark on the production part was sharp, evenly black, and odor-controlled because the enclosure ran extraction the whole job.
What we did not do. We did not phone xTool. We did not buy an upgrade pack. We did not adjust the optics.
- Substrate
- Vulcanized rubber, ~3 mm
- Artwork
- Logo + serial, vector SVG
- Preset
- xTool CS · default rubber
- Test patch
- 1 × 12 × 12 mm
- Result
- Production-grade, first try
Why this matters. We print structural parts on a Fuse 1+ in Nylon 12. Every part leaves our shop with a serial number that ties it back to the print job, the batch, and the date. Until the F2, that mark went out to a local engraver — added handling, added lead time, added cost.
What we did. Same workflow. Imported the serial template, picked the Nylon preset in Creative Space, ran a small patch on a scrap, accepted the default. The mark on the bracket was crisp, high-contrast against the natural PA12 white, and durable under the abrasion test we apply to every new label process.
What it changes. Serial-numbering on SLS-printed parts is now an in-house step. Lead time on that step dropped from ~3 working days to under 10 minutes per batch.
- Substrate
- SLS-printed PA12, natural
- Artwork
- 6-digit serial + batch code
- Preset
- xTool CS · default PA12
- Abrasion
- Pass · in-house rub test
- Result
- Production-grade, first try
Why this matters. Carbon-fibre-reinforced nylon is a difficult mark. The carbon strands disrupt the laser-substrate interaction and the dark base substrate fights the contrast. xTool's own community creator Robert Cowan attempted PA6 CF on camera and was unable to produce a clean mark.
What we did. We did it on the first attempt. SLS-printed PA6 CF coupon on the bed, default nylon preset adjusted by one test patch, ran. The mark sits cleanly against the dark CF-filled substrate with sharp glyph edges and no burn-through.
What it means. If the F2 can mark PA6 CF on a single test pass, the operator does not need to worry about the material library being the limit. The limit is imagination, not the laser.
- Substrate
- PA6 CF (carbon-fibre-filled nylon)
- Form
- SLS-printed coupon
- Preset
- xTool CS · nylon adjusted
- Reference
- Cowan video failed; F2 marked first try
- Result
- Production-grade, first try
Why this matters. A diode-class laser of the F2's size class is not supposed to physically engrave stainless steel. The expected ceiling is surface marking with sufficient contrast — a colour change in the oxide layer, readable but not tactile. The F2 produces a measurable depth on stainless. You can feel the engrave with a fingernail. That moves it from marking to actual engraving on a material the F2's price point should not reach.
What we did. Mounted a flat stainless coupon on the honeycomb bed. Imported the test artwork. Set multiple passes. Ran. The result is a deep, sharp, tactile engrave. Not a discolouration. An engrave.
What it means. The F2 erases the category line between "marking laser" and "engraving laser" for small-shop use. One unit covers the workflow. That is the headline finding of this v2 update.
- Substrate
- Stainless steel coupon, flat
- Passes
- Multiple — depth-driven
- Preset
- xTool CS · stainless adjusted
- Depth
- Tactile · fingernail-readable
- Result
- Production-grade physical engrave, first try
Why this matters. Shipping cartons carry a small branded mark. We had been ordering pre-printed cartons in batches that did not match our actual shipping rhythm — we always ordered too many or ran out. Marking cartons in-house, on demand, removes that constraint. And yes — anything kraft-fibre takes the F2 mark cleanly, down to the inner roll of a toilet paper tube. We tried. It works.
What we did. Set a stack of flat-pack cartons on the bed, picked the cardbox preset, ran. Mark is clean, the carton does not flame, the throughput is fast enough that batching a day's worth of shipping cartons takes less time than walking to the print shop.
What it changes. One more outsourced workflow comes in-house. One more recurring cost line drops.
- Substrate
- Kraft cardbox, flat-pack · also tested on toilet paper inner rolls
- Artwork
- Logo + size code
- Preset
- xTool CS · default cardbox
- Throughput
- Day's shipping in ~15 min
- Result
- Production-grade, first try
The software is the part that usually breaks. Not here.
Anyone who has used industrial laser software knows what we mean. xTool Creative Space does not require a manual.
The standard pattern with industrial laser software is a three-week learning curve. Layer rules. Cryptic parameter names. A community of operators trading XML preset files on a forum. None of that is wrong, exactly — it reflects the depth of the underlying physics. But it puts the machine out of reach of anyone who is not full-time on it.
xTool Creative Space does not do that. The import-to-mark loop is four clicks. The material presets are sensible defaults that we did not have to override on the first attempt for any of the three materials we ran. The job preview shows the toolpath clearly. The dry-run frame projects on the bed so the operator knows where the mark will land before pressing go. A workshop assistant ran the second day's batch with twenty minutes of training. That, again, is the difference between a tool that lives in one engineer's head and a tool that scales into the shop.
In-house manufacturing economics, flipped on day one.
The interesting number on a marking machine is not the price of the machine. It is the cost of the workflow it ends.
Our outsourced marking costs ran approximately as follows: rubber gaskets at a per-mark fee plus a fixed batch setup; Nylon 12 brackets sent out to a separate shop with a one-week round trip; pre-printed cartons ordered in 1,000-unit minimums that never matched our actual demand. Across all three workflows the recurring annual cost was meaningful and the lead-time penalty was material.
The F2 ends all three workflows. Rubber and PA12 marking moves to a 10-minute in-house step. Cardbox printing moves from a 1,000-unit pre-print order to on-demand. The unit pays itself back not on the savings against per-mark fees — that calculation is straightforward and favorable — but on the lead-time compression: the ability to mark a batch of parts the same day they come off the printer, the ability to print shipping cartons matching today's order book rather than last quarter's forecast. That is what in-house manufacturing actually means.
If you run a shop that makes things, this is a must-have.
Direct. No qualifications. Operator-to-operator.
We do not write recommendation paragraphs lightly. Our default editorial register is critical — readers of Expediente 01 and Field Notes 01 know that. When a tool earns a positive verdict from us, it is because the tool did the work on the day it was asked to.
The xTool F2 did the work. Six materials, six first-attempt successful marks, one week. Including PA6 CF — which an xTool community creator failed to mark on camera — and a physical-bump engrave on stainless steel. The software is the easy part of the day, not the hard part. The unit ships ready. The workflow it ends pays it back in lead-time compression, not in per-mark savings.
If you operate a small shop and you have been outsourcing marking work — or you have been buying pre-printed packaging in minimums that do not fit your demand — the F2 is the unit that closes that loop. This is a must-have for in-house manufacturing.
The unspoken margin lever
There is one finding from the v2 round that did not fit in any material card and deserves its own paragraph. A clean engraving raises the perceived value of the product it is on. Customers who pick up a Tactic mount with a sharp F2 engrave handle it differently than they handle a plain part. They notice. The unit cost of the engrave is rounding error. The perceived-value uplift is not. That is a margin tool, not a marketing tool. For any small manufacturer selling a physical product, this is the under-discussed reason to put an F2 on the bench.
One more thing
It is serious hardware. It is also satisfying to operate. The combination is unusual in industrial equipment — most tools in this category demand a posture of careful seriousness from the operator and reward it with reliability. The F2 reliably does the work and the operator looks forward to running it. That is worth naming.
The xTool F2 is the laser that engraves everything we feed it, raises the perceived value of every product we mark, and is satisfying to run. We are keeping ours.
A blank jig. STEP file. Modify it before the laser arrives.
The biggest unspoken friction with a tabletop laser is fixturing. The F2 ships ready; your parts do not. We are publishing the work we did so you do not have to.
Holding a part square, in the same position, run after run, is the difference between a tool that scales and one that does not. The F2's honeycomb bed handles flat work fine. For anything with geometry — a bracket, a gasket, a curved part, a part that needs to be indexed against a fence — you need a jig.
We designed one. It is intentionally featureless: a flat plate sized to drop into the F2's work area on the right mounting datum. There are no pockets, no clamps, no indexing pins. You add those. We are publishing it as a STEP file so any operator can open it in their own CAD and add the geometry their products need.
Why before you buy
You can model your specific fixturing strategy now, with the parts you already have on file, and have the modified jig CNC'd or 3D-printed in time to arrive with the laser. We did exactly that. It saved us approximately one week of first-batch ramp time. A jig that is ready on day one is a production-ready laser on day one. A jig that is not is two weeks of "almost."
Tactic F2 blank jig · STEP file. Free. No login. No email gate.
↓ Download blank jig · STEP · 46 KB
Modify the geometry to fit your parts. Send us a photo of yours if it works — we will feature it.
A note to xTool, on the record.
The F2 cleared its bench-test brief — twice. We are looking at what comes next.
We bought the F2 with our own budget. We wrote this report — and the v2 update — because the unit earned both, and because we publish operator-grade material on tacticengineering.com that reaches readers in the small-shop, in-house-manufacturing segment where xTool is competing for mind-share. The gap in public coverage of the F2 is striking: almost every published review is from a hobbyist or market-stall maker. There is no in-depth report from a company using the F2 to brand its own physical products. This page is filling that gap.
If xTool would like to extend the bench test into a larger system in the same product family, we are open to the conversation. We will write the same kind of report — operator-grade, on the record, materials we actually use, no marketing copy. The standard is the standard: does the unit do the work on the day it arrives.
Write to info@tacticengineering.com.
Sources.
First-person operator report. Materials and applications are from real Tactic production.
- xTool F2 · product page and specifications · xtool.com.
- xTool Creative Space · job-prep and toolpath software used for all three jobs documented here.
- Tactic Engineering · in-house production workflow, Cavigliano, Ticino. SLS printer: Fuse 1+ running PA12. See Expediente 01 and Field Notes 01 for the printer context.
- Bench test conditions · single operator, single afternoon, three substrates, default Creative Space material presets, single test patch per material before production run.
- Disclosure · The xTool F2 unit reviewed was purchased by Tactic Engineering at the published retail price. No demo loaner. No paid placement. No editorial review by xTool. This article is published in our standard operator-report format, the same format we apply to vendors we are critical of.
- v2.0 update · 2026-05-29 · Six materials documented (was three). Added cards for powder-coated aluminum, Nylon PA6 CF, and stainless steel. Added Section VI Open Jig with downloadable STEP file. Added perceived-value paragraph to Verdict. PA6 CF reference to xTool community creator Robert Cowan's published video attempt at the same material.
- Blank jig STEP file · Published by Tactic Engineering under open licence — free, no email gate. Intentionally featureless flat plate sized to the F2 work area. Modify in your own CAD for your specific products.