LaserPecker LX2 40W

Power for Demanding Cutting Jobs

The 40 W diode module is engineered for creators who regularly work with thicker or tougher materials. Compared with the 20 W module, it delivers significantly deeper cutting power — ideal for large wood projects, thick acrylic sheets, structural pieces, signage or multi-layer constructions.
This expanded cutting capability allows you to replace multiple steps or tools with a single laser module, saving time in both design and production workflows.

Precision Optics for Clean Results

Despite its higher power, the 40 W module maintains a fine laser spot thanks to optimized multi-diode optical combining. This ensures clean edges, consistent depth and sharp engraving details, even on larger pieces.
The result is both speed and quality — allowing you to increase output without sacrificing precision.

Efficient Speed for Production Work

With engraving speeds up to 1000 mm/s (platform-dependent), the module supports fast turnaround and batch-friendly workflows.
For makers selling customised products, workshops offering engraving services or small-scale production environments, this speed advantage translates directly into improved efficiency and reduced lead times.

Seamless Upgrade for LX2 Users

The 40 W module is part of the LX2’s modular laser ecosystem, making installation straightforward. Simply swap the existing laser head for the 40 W module, and the LX2 automatically adapts its settings to match the new power capabilities.
No additional structural upgrades are required — the module integrates directly with the LX2’s Class-1 enclosure, camera alignment system, autofocus and safety features.

Ideal for Professional Makers & Small Businesses

Whether you need to cut thick wood panels, produce durable acrylic parts or speed up your engraving output, the 40 W LX2 module offers the performance needed to scale up.
It brings a significant jump in speed and cutting capability to the LX2 platform, making it a strong upgrade for workshops, small businesses and creators who require reliable, high-power laser performance.