Laser Scribing With LPKF

High-Precision Laser Systems

LPKF has been a pioneer in laser processing for thin-film technology for more than two decades. With our high-precision laser systems, we cover the critical process steps P1 to P4.

Laser Scribing – Applications

CIGS/CIS

CIGS/CIS thin-film modules offer excellent efficiencies. The LPKF Allegro platform enables precise laser scribing of these complex multilayer structures with optimal line quality.

CdTe

Cadmium telluride (CdTe) has established itself as a cost-effective thin-film technology with an excellent energy yield. With our proven systems, we guarantee reliable production around the clock for leading CdTe manufacturers.

OPV

Organic photovoltaics (OPV) features flexibility, transparency, and low-cost production. LPKF laser systems precisely scribe these sensitive layers for maximum efficiency in applications such as building-integrated solar energy.

Perovskite

Solar technology is evolving rapidly and perovskite solar modules are at the heart of this revolution. Perovskite solar cells offer enormous advantages: high flexibility, low cost, low weight, and excellent performance. With the help of LPKF, this potential can be harnessed.

Tandem

Tandem solar cells combine different absorber materials to enable a wider range of the light spectrum to be utilized and to achieve efficiencies surpassing the theoretical limits of the individual materials. In conjunction with the 4T technology, the LPKF Allegro platform offers precise structuring of the delicate materials.

BIPV

Building-integrated photovoltaics (BIPV) transforms building envelopes into active energy producers and combines aesthetic appeal with functionality. The LPKF Allegro platform offers precise laser structuring of large-format BIPV elements with outstanding visual quality and efficiency.