Projects
MEMS devices, laboratory robots and sensor modules — designed, prototyped and manufactured in İzmir.
MEMS
Hybrid systems of micrometer details and nanometer coatings, as well as their macro-scale interfaces, can be precisely designed and implemented to meet the new generation miniaturization needs of modern medical instruments.
Hard, flexible or injection molding, photolithography, hot or cold embossing, thin film coating and lamination techniques could be utilized to create the MEMS device.
SensCoat
2020 – 2023
Development of innovative coatings and functional surfaces for Point of Care (POC) molecular in-vitro medical diagnosis.
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ManuMEMS
2015 – 2018
The optimization and automation of the manufacturing process of smart BioMEMS devices with electrochemical sensor technology for rapid, quantitative and affordable HIV diagnosis.
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GeneonCard
2015 – 2018
A disposable platform for fast molecular genetic analysis. Gold-standard quantitative PCR technology on a credit card size single-use platform. From DNA to result in less than 15 minutes.
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Sensors
For instruments with an analysis capacity, the cardinal component of measurement may recruit various technologies to meet the desired goal.
Chemical, biochemical, optical, electrical or hybrid sensors like electrochemical or electro-optical ones can be tailored to your needs as a stand-alone instrument or an adaptive module to a pre-existing instrument or system.
GalvanoPlot
2016 – 2018
Stand-alone mini-potentiostat module for voltammetric and amperometric experiments on micro-electrochemical cells.
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RapiTest
2015 – 2016
An electro-optical rapid test reader module dedicated to quantitative reading of standard reflective photometric and fluorescent IA strip testing.
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FluoroPlot
2014 – 2016
Two channel stand-alone module for sensitive micro-fluorometric measurement. Small and energy saver with LED excitation and diode detection.
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Robots
SolarBiotec provides customized solutions for automating medical laboratory applications. Our custom-made robotic platforms work directly for your purpose, minimizing errors as well as the hands-on time.
Protocols involving sensitive liquid handling, transfer, mixing, magnetic separation, thermal incubation, cycling, shaking, absorbance and fluorescence measurement, and other optical image analysis can be fully automated in a single robotic instrument.
X16
2011 – 2012
A fully automated nucleic acid extraction platform for low to medium throughput laboratories, capable of 16 parallel nucleic acid isolations from blood. The device uses its dedicated single-use pre-filled reagent cartridges.
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MekGer
2010
A servo motor controlled system for applying strain on cells, which can be fine tuned in amplitude and frequency via a touch-screen remote interface.
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