Measurements were performed using a μAutolab type II potentiostat/galvanostat from Eco Chemie interfaced to a computer system controlled by the NOVA 2.1 software from Metrohm Autolab. A connector (ref. DRP-DSC) purchased from DropSens was used as an interface between the paper-based platform and the potentiostat to perform the measurements. Whatman™ paper (100×300 mm) and a wax printer XEROX ColorQube 8570 were used for the fabrication of paper-based electrodes. Gold-plated connector headers were delivered by Digikey. Glass-fiber sample pads were purchased from Merck Millipore. Transparency film was purchased from Stabilo.
Xerox colorqube 8570
Manufactured by Cytiva
The XEROX ColorQube 8570 is a color printer designed for office and workgroup use. It utilizes solid ink technology to produce high-quality prints. The device is capable of printing at a resolution of up to 600 x 600 dpi and has a print speed of up to 40 pages per minute.
Automatically generated - may contain errors
2 protocols using xerox colorqube 8570
1
Electrochemical Measurements on Paper-Based Platforms
2
Paper-Based Electrochemical Sensor Fabrication
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Measurements were performed using a μStat 8000 potentiostat (DropSens) interfaced to a computer system controlled by DropView 8400 2.0 software. All measurements were carried out at room temperature. A multichannel connector (ref. DRP-CAST1X8) purchased from DropSens was used as interface between the multisensor platform and the potentiostat to perform the measurements.
Whatman™ paper (100×300 mm) and a wax printer XEROX ColorQube 8570 were used for the fabrication of paper-based electrodes. Gold-plated connector headers were delivered by Digikey. Glass-fiber sample pads were purchased from Merck Millipore.
Whatman™ paper (100×300 mm) and a wax printer XEROX ColorQube 8570 were used for the fabrication of paper-based electrodes. Gold-plated connector headers were delivered by Digikey. Glass-fiber sample pads were purchased from Merck Millipore.
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