Laser Scribing Machine for Thin-film Solar Cell

Overview

Model Laser Scribing Machine for Thin-film Solar Cell offers thin-film solar cell P1/P2/P3 laser scribing, P4 laser edge cleaning, and laser insulation scribing. It is suitable for thin film batteries such as CIGS, CdTe, perovskite, and color-changing glass. Processing quality is described as good: cut without residue, does not hurt the bottom, line width is consistent, and process flow is stable. Features include different processing graphics, multi-head simultaneous processing, and multi-channel simultaneous machining for high processing efficiency. Main parameters: Laser generator lifetime: 10000 hours; Work hole diameter: 1500mm/s; Machining hole position accuracy: ±0P1: 20-60um, P2: 40um-80um, P3: 40um-80um; Minimum center distance of machinable holes: Round, square spot; Laser power: >2MΩ; Hole appearance requirements: >1GΩ@1KV. Mainly used in P1/P2/P3 laser scribing of thin film solar cells and laser insulation scribing. The machine is used to divide thin film batteries into small pieces by laser scribing and to connect them in series to reduce the loss of electric energy and increase the output voltage. Explicitly supported use cases also include P4 laser edge cleaning (select laser corresponding to different processes) and customizable thin film solar cell, BIPV, and smart photovoltaic glass solutions.