Reduce your production costs and make sure that the modules you produce are of outstanding quality.
To achieve this outstanding quality, the raw materials have to be right. Our inspection solutions for incoming cells, thin film, foil, or solar glass detect the smallest defects and faulty material. Subsequent removal saves valuable production capacity.
Cloud-based data management reduces set-up workload and significantly accelerates commissioning and recipe adjustments.
Our modules solutions are powered by our brand:
Identifying faulty cells before the stringer saves valuable module production capacity. CELL-Q identifies faulty cells in time and monitors their performance class. Damage caused by transporting and handling can be claimed and rectified.
Features
Incoming cell control before stringer
Contact Grid inspection: detection of print defects and monitoring of printing position
Color sorting: detection of color and coating defects and cell sorting by color classes
Detection of other surface and contour defects
Simple recipe exchange / Recipe Copy-Exact
Typical defects
Color defects: discolorations, inhomogeneities
Surface defects: stains, fingerprints, scratches
Grid defects: interruptions, thinnings, slubs, nodes, stains, smearings, mispositioning
Technical data
Even for wafer sizes over 210 mm
Recipe Copy-Exact
LightDome Technology for the highest isotropy and homogeneity
Multiview Technology for the highest sensitivity in surface defect detection
Image analysis on cumulative defect overlay image
Matrix camera technology for best metrology
Strings are the backbone of solar modules, and ensuring their quality is paramount. Photoluminescence (PL) inspection for the stringer ensures that only high-quality strings make it into the final assembly.
This cutting-edge technique employs the power of light to uncover imperfections and elevate the quality of photovoltaic strings.
At its core, PL inspection involves illuminating the cells with specific wavelengths of light, stimulating the emission of photons. This emitted light, when carefully analyzed, provides critical information about the string's material integrity and electrical characteristics. ISRA VISION’s PL inspection system LUMI-Q Scan runs laser-free, which reduces safety requirements.
Strings are the backbone of solar modules, and ensuring their quality is paramount. Photoluminescence (PL) inspection for the stringer ensures that only high-quality strings make it into the final assembly.
This cutting-edge technique employs the power of light to uncover imperfections and elevate the quality of photovoltaic strings.
At its core, PL inspection involves illuminating the cells with specific wavelengths of light, stimulating the emission of photons. This emitted light, when carefully analyzed, provides critical information about the string's material integrity and electrical characteristics. ISRA VISION’s PL inspection system LUMI-Q Scan runs laser-free, which reduces safety requirements.
Features
Typical defects
Technical data
Transparency increases efficiency: Visualize and analyze process data in real-time. All our inspection systems provide data for yield evaluation and comparison to anticipate and counteract process deviations.
For the efficient and future-proof operation of your production systems our highly qualified service teams support you globally in all matters. We provide the implementation, maintenance and servicing as well as the analysis and optimization of your systems - quickly, reliably, 24/7.
Visit our service center and request your customized service solution.
Furthermore, learn in the ISRA VISION Academy how our competent trainers always keep your employees up to date with the latest knowledge so that system operators, product engineers and quality managers become real inspection experts.
Visit our ISRA VISION Academy and book your individual and scalable trainings.
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Richard-Willstätter-Straße 14
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germany