{"id":844398,"date":"2026-10-27T22:43:03","date_gmt":"2026-10-27T22:43:03","guid":{"rendered":"https:\/\/www.abnewswire.com\/pressreleases\/?p=844398"},"modified":"2026-10-27T22:43:03","modified_gmt":"2026-10-27T22:43:03","slug":"one-machine-more-materials-monport-autoforge-xpro-dual-laser-engraver-expands-creative-possibilities","status":"publish","type":"post","link":"https:\/\/www.abnewswire.com\/pressreleases\/one-machine-more-materials-monport-autoforge-xpro-dual-laser-engraver-expands-creative-possibilities_844398.html","title":{"rendered":"One Machine, More Materials: Monport AutoForge XPro Dual Laser Engraver Expands Creative Possibilities"},"content":{"rendered":"
Two wavelengths sharing one 230 \u00d7 230 mm envelope and one camera. The material list is the headline; the registration is the reason it works.<\/div>\n

Seattle, USA — Oct 27, 2026<\/strong> — Monport Laser’s AutoForge XPro dual laser engraver<\/a> pairs a 30W fiber source at 1,064 nm with a 20W blue diode source at 450 nm in a single 18 kg benchtop cabinet. Both sources address the same 230 × 230 mm (9.1 × 9.1 in) work area, sit under the same 16MP camera, and are driven from the same 4.3-inch touchscreen.<\/p>\n

Shops that sell personalized goods keep meeting the same wall. Metal work pays well but arrives in bursts. Non-metal work is steadier but crowded. Serving both has meant buying two machines, finding floor space for two machines, and running two ventilation connections — which is how a one-person studio ends up renting a second room.<\/p>\n

Monport’s answer is to put both sources in one enclosure. The more useful claim, though, is not the material list. It is that a job no longer has to leave the machine when it changes material.<\/p>\n

Wavelength is the material selector, not power<\/strong><\/p>\n

The instinct when comparing laser sources is to line them up by wattage. That instinct is wrong here, and it is worth being precise about why.<\/p>\n

A 1,064 nm fiber source is absorbed by bare metal. That is what lets it mark stainless, aluminum, brass, copper and anodized stock directly — no marking spray, no coating, no second pass.<\/p>\n

A 450 nm diode source is absorbed by organic and pigmented surfaces: wood, leather, opaque acrylic, paper, cardstock, powder-coated panels. Point a fiber beam at a walnut blank and most of the energy reflects or scatters; point a diode beam at bare aluminum and the same thing happens in reverse.<\/p>\n

Power only decides how fast and how deep a material takes a mark. It does not decide whether it takes one.<\/p>\n

Adding watts to a diode does not move it into the fiber’s material column, and adding watts to a fiber source does not let it engrave plywood. The two sources are not rungs on a power ladder — they are two different absorption problems, and covering both is a question of having both wavelengths present, not of having enough of either.<\/p>\n

That is the technical case for a dual-source machine, and it is a case that survives scrutiny. What most dual-source pitches leave out is the second half: what happens to the workpiece when the material changes mid-job.<\/p>\n

The saving is in the registration<\/strong><\/p>\n

Consider three products a customization shop actually gets asked for: a stainless plate inlaid into a walnut plaque, a leather patch bonded to an acrylic backer, a stainless tag hung from a leather fob. None of these is two engraving jobs. Each is one object that has to be located twice.<\/p>\n

On two separate machines, that second location is where the money goes. The metal batch runs, the parts come off, they cross the room, they go back into a different fixture on a different bed, and the artwork is re-datumed against a different origin.<\/p>\n

Every one of those steps opens a tolerance stack, and every one of them is unbilled time between two billable passes.<\/p>\n

On the AutoForge XPro, both sources work inside one 230 × 230 mm envelope on one machine base. A single 16MP camera and a single canvas view cover that envelope, so the alignment reference does not change when the laser source does — which is what removes the second registration. The workpiece stays where it was put.<\/p>\n

The same consolidation shows up in less obvious places: one footprint instead of two, one power draw instead of two, one fume connection instead of two, and one operator standing at one bench instead of walking between stations.<\/p>\n

What is in the envelope<\/strong><\/p>\n