LAB AUTOMATION
Research in materials science requires large, multi-dimensional parameter spaces. The number of new chemical compounds with potentially attractive properties or chemical compounds that are candidates to fulfill targeted material properties are too numerous to be counted. This requires a paradigm shift in the way that we operate laboratories. We are heading towards automated and autonomeous laboratories that can investigate a large number of compositions in a short time or solve complex material problems guided by machine learning and artifical intelligence.
These Materials Acceleration Platforms. or MAPs, boost performance and improve precision. All of our products are based on SCARA robotic systems. Combined with our self-developed software, results are easily reproducible and scalable. Individual modules may be added as needed to create a customized laboratory solution. Gain ultimate control - down to the microliter and millisecond. We are providing the hardware and software solutions for the labs of the future.
Available Modules
Free deck configuration allows for customization of your laboratory automation needs. SCIPRIOS offers these modules and can design and implement a solution based on individual requirements.
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                                    Substrate Annealing StationFully-automated and robot-compatible annealing up to 310° C 
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                                    Premium Ink HandlerFast, spring-loaded access to inks with tight PTFE sealing for volatile solvents. 
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                                    Active Ink Treatment StationHeating up to 99°C with inks, stirring between 50-1500 RPM 
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                                    Optical & Electrical Measurement UnitComputer-contolled xy sample stage with substrate adapter 
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                                    Ink Storage Position for Vials with LidsCustomized adapter plate for three types of vials. 
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                                    Perovskite Gas Quenching UpgradeComputer-controlled valve for nitrogen treatment. 
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                                    Perovskite Vacuum Quenching UpgradeVacuum chamber adapter to substrate size. 
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                                    Glovebox Integration KitFeedthrough plate for all cables between electrical cabinet and robotic platform. 
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                                    Absorption & Photoluminescence Measurement System UV-VISFiber-based Si detector configured for measurements in the UV-VIS wavelength range (300-960 nm). 
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                                    Cotton Bud Edge RemoverEight cotton bud holders in one unit. 
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                                    Photo Station (10 MP)Capable of imaging substrates as large as 50 x 50 mm. 
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                                    LED Illumination SourceWhite LED capable of illuminating substrates up to one sun. 
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                                    Air Knife for Perovskite Gas QuenchingPositioned by the robot for treatment application. 
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