Monport Laser Launches New GT Series Engravers

The company introduces a new lineup of fiber and MOPA laser machines designed for precise metal marking.

Updated on Oct. 28, 2026 in Manufacturing

Close-up of a laser beam marking a stainless steel plate, showcasing high-precision industrial metal engraving equipment. — Monport Laser introduced its new GT Series of fiber and MOPA laser machines, aimed at improving precise color marking on metals. AI Illustration. Upload story photo >

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Seattle-based Monport Laser has released its new GT Series of fiber and MOPA fiber laser engraving machines, with power outputs ranging from 30W to 200W. These systems are engineered to create permanent color marks on titanium and stainless steel.

Why it matters

The product line addresses common industry limitations regarding color marking capabilities in fiber markers and the inconsistencies found in traditional surface-coating methods. By allowing users to control oxide thickness, these machines expand material processing options.

The GT Series lineup spans a power range of 30W to 200W with an engraving accuracy of 0.01 mm across all units. The high-performance GT 200W model achieves marking speeds up to 20,000 mm/s with a single-pass marking depth of 0.20 mm.

The players

Monport Laser

A laser engraving equipment manufacturer headquartered in Seattle.

The details

The MOPA models utilize adjustable pulse width and frequency settings to achieve precise oxide formation on metal surfaces. All units include a one-click autofocus feature to maintain consistent focal distances during operations.

Monport Laser announced the GT Series laser engravers on October 27, 2026.

Market Landscape

This release follows the ongoing industry shift toward more versatile MOPA fiber laser engraving technology. It positions Monport Laser to compete directly against manufacturers of standard fiber markers that lack advanced pulse-width control capabilities.

The introduction of these machines provides workshops and industrial users with a new option for creating high-contrast black or color marks on metal parts. Users can expect improved workflow efficiency through automated features like the one-click autofocus system.

The takeaway

The move toward MOPA technology suggests a growing demand for high-precision aesthetic finishes in metal fabrication. Professionals should evaluate their specific material marking needs against the power output requirements of these new models.