Elevate solar cell manufacturing with Jenoptik’s high-precision F-Theta lenses
In a world increasingly challenged by climate change and the depletion of fossil fuel resources, transitioning to sustainable energy sources is essential. Photovoltaic systems not only provide an environmentally friendly alternative to traditional fossil fuels but also excel in efficiency and performance. The integration of cutting-edge technologies, such as laser technology, enhances the production of high-quality solar cells, enabling higher throughput and improved module efficiency and reduced process costs. By choosing photovoltaics, we are not just making a choice for the environment but are investing in a reliable and sustainable energy future.
High-precision solar cell scribing
Laser processing plays a decisive role in the production of thin-film solar cells, particularly in the structuring of cell connections and the insulation of module edges. Highly developed optical components, such as the F-Theta lenses from Jenoptik, enable the realization of very narrow and accurate structures on solar cells. F-theta lenses are therefore indispensable for continuously achieving high-precision results in various tasks such as laser structuring, soldering or marking. The use of ultra-short pulse lasers is indispensable for many applications, and the F-Theta lens must be able to maintain its performance over a long period of time.
Key considerations for high-end laser systems:
- Substrate protection: Ensuring the integrity of the substrate and underlying layers is essential, especially for sensitive structures under 100 nanometers.
- Quality management: Effectively managing particle residue, thermal effects, and edge burr formation is crucial for maintaining high-quality results.
- Optimized process parameters: Careful consideration of gas atmosphere, pulse shaping, and post-processing techniques enhances overall quality. Utilizing hybrid processes like thermochemical ablation can effectively address specific challenges in structuring materials such as Indium Tin Oxide (ITO).
Expand your limits and benefit from optimized F-Theta features:
- Large scan fields
- Large focus lengths
- Excellent focus homogeneity over the entire field
- High beam stability
Unlock the future of solar with laser scribing excellence. Jenoptik F-Theta lenses are designed to minimize back reflections, enhancing the precision and quality of your laser processes. Due to their homogeneous focus quality, they deliver a consistent beam performance across the entire field, even in high-volume production.
Discover the new application-tailored F-Theta lenses
JENar™ APTAline™ 429-515...540-339-AL
| Parameters | |
| Focal length | 429 mm |
| Wavelength | 515 - 540 nm |
| Scan field (X x Y); Ø | (240 mm x 240 mm); 339 mm |
| Diagonal scan angle | ± 22.8° |
| Back working distance | 547.7 mm |
| X/Y mirror angle | ± 8.0 |
| Flange focus distance | 629.5 mm |
| Input beam Ø 1/e² | 16.0 mm |
| Focus size Ø 1/e² | 26.9 µm |
| a1 | 17.00 mm |
| a2 | 32.51 mm |
| Telecentricity (only F-Theta | with scanner) | 12.4° | 12.4° |
| Group delay dispersion (GDD) | 3328 fs² |
| LIDT coating pulsed; CW | 1.25 J/cm² * (τ/[ns])0.35; 1.25 MW/cm² |
| LIDT system pulsed; CW | 1.25 J/cm² * (τ/[ns])0.35; 1.25 MW/cm² |
| Weight | 1.5 kg |
| Order number | 739668 |
The right fit for your application
JENar™ APTAline™ 420-355-353-AL
| Parameters | |
| Focal length | 420 mm |
| Wavelength | 355 nm |
| Scan field (X x Y); Ø | (250 mm x 250 mm); 353 mm |
| Diagonal scan angle | ± 24.0° |
| Back working distance | 496.0 mm |
| X/Y mirror angle | ± 8.5 |
| Flange focus distance | 572.0 mm |
| Input beam Ø 1/e² | 15.0 mm |
| Focus size Ø 1/e² | 18.9 µm |
| a1 | 17.00 mm |
| a2 | 35.1 mm |
| Telecentricity (only F-Theta | with scanner) | 14.7° | 14.7° |
| Group delay dispersion (GDD) | 6350 fs² |
| LIDT coating pulsed; CW | 0.5 J/cm² * (τ/[ns])0.4 ; 0.5 MW/cm² |
| LIDT system pulsed; CW | 0.5 J/cm² * (τ/[ns])0.4 ; 0.5 MW/cm² |
| Weight | 1.4 kg |
| Order number | 739569 |
The right fit for your application
Unlock the full potential of your processes
Made for high-precision laser scribing, laser marking or laser doping: Jenoptik offers a comprehensive range of tailor-made optical solutions for your specific application requirements. The portfolio includes F-Theta lenses for both high and low power applications, offering configurations tailored to specific requirements. The offering is further enhanced by advanced beam shaping solutions and innovative optical and micro-optical components. Beam expanders, with fixed or variable magnification, provide flexibility and are available with manual or motorized adjustment.
For your unique application needs, Jenoptik offers a comprehensive range of tailored optical solutions. The portfolio features F-Theta lenses designed for both high-power and low-power applications, offering configurations tailored to specific requirements. Beam expanders, with fixed or variable magnification, provide flexibility and are available with manual or motorized adjustment. The offering is further enhanced by advanced beam shaping solutions and innovative optical and micro-optical components, designed for the precise measurement, analysis, structuring, and processing of light.
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