Laserline presents optical solutions for industrial laser coatings

Created by OM CoatingsLaserline
Laserline optics industrial laser coatings
At Formnext, Laserline is presenting its first 30 kW zoom optics for coating processes and a new special optics for internal coatings (Image: Laserline)

Laserline will be showcasing innovative optical solutions for industrial laser coatings at Formnext 2025, including a newly developed 30 kW zoom optic for flexible coating processes and a new special optic for wear and corrosion protection coatings on internal geometries.

Special optics for laser coatings are the focus of Laserline's appearance at this year's Formnext 2025 (November 18 to 21, Frankfurt am Main, Hall 12.0, Stand C122). The trade fair highlight is the newly developed OTZ zoom optics for diode lasers with up to 30 kW output power. Laserline Zoom optics have already proven themselves in the flexible coating of components; the new 30 kW variant now expands the range of applications and demonstrates the ongoing further development of the technology. It enables variable adjustment of the spot size and is therefore ideal for different process requirements - from the processing of small precision components to large surfaces. It is therefore predestined for application scenarios with frequently changing workpieces, such as those found in contract manufacturing. A model of an OTZ optic will be on display at the stand.

New laser optics for corrosion and wear protection coatings

The new OTI optics will also be part of the trade fair portfolio. It has been specially developed for the realization of corrosion and wear protection coatings on cylindrical and linear internal geometries such as pipes as well as complex components such as truck brake discs. Due to their geometric properties, coating these components is particularly challenging. Nevertheless, the OTI optics enable reliable processing even in areas that are difficult to access. Their compact construction and angled nozzle design allow large immersion depths of up to several meters and ensure precise laser beam guidance along the tube axis. The result: homogeneous layer formation over the entire length of the component, with high reproducibility at the same time. In combination with the powerful Laserline diode lasers, the optics enable high material deposition rates and process speeds, even for larger internal surfaces. Thanks to its compact design, the new OTI optics can also be easily integrated into automated production processes. Visitors can find out more about the benefits of the solution at the Laserline stand.

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