Software Solutions
The infinityPV line of software is tailored for printed thin film characterization and manufacture. On these pages you can read about the software solutions we provide and download free evaluation copies.
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IV and Lifetime Software
The IV and Lifetime software is developed to control and collect data from the SMU systems. It is intended for characterization and lifetime studies of solar cells, measuring IV curves or applying maximum power point tracking (MPPT) under irradiation.
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Syringe Pump Software
Our syringe pumps come with USB computer interface which allows full pump control and data logging. You can combine several syringe pumps thus you can perform automated gradient and/or dilution experiments. With our free infinityPV software you can rapidly set up the very simple or the very complex experiments.
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Research Laboratory Coater (RLC) Software
The control software for the Research Laboratory Coater (RLC) enables setup of processing parameters and logging of processing data which is essential for documentations and reporting. The software can also control the integrated syringe pumps for full pump control and data logging.
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LBIC Software
LBIC and EQE Imaging of Solar Cells Laser beam induced current (LBIC) mapping is an established technique for creating an image of the functional area of a solar cell. This enables you to detect defects and efficiency variations, as well as accurately determine that active area. The latter is crucial for determining the power conversion efficiency (PCE) of your solar cells.
Related Products
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Processing Equipment
We offer complete platforms for the manufacture of printed electronics, such as batteries, solar cells and sensors using slot-die coating and printing.
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Characterization Equipment
infinityPV characterization equipment is proven instrumentation for the purpose of characterizing and/or testing photovoltaic films, single junction devices and modules.
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Inks and Materials
We supply a number of materials for OPV production. Common to them is that they are all prepared on a large scale and with a high degree of reproducibility and a long shelf life.