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| <BR><span style="background:#FF2800">'''THIS PAGE IS UNDER CONSTRUCTION'''</span>
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| ''Unless otherwise stated, all content on this page was created by Claudia Chaves Villarreal, DTU Nanolab''
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| '''Feedback to this page''': '''[mailto:labadviser@nanolab.dtu.dk?Subject=Feed%20back%20from%20page%20http://labadviser.nanolab.dtu.dk/index.php?title=Specific_Process_Knowledge/Characterization/XPS click here]'''
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| ==PDMS Lab at DTU Nanolab==
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| Polydimethylsiloxane (PDMS), also known as silicone, has become a fundamental material for fabricating microfluidic devices with applications in health, chemistry, biomedical sciences and more.
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| DTU Nanolab has a dedicated laboratory for the processing of PDMS and fabrication of microfluidics located in building 347. The PDMS Lab is part of the PolyFabLab and has been equipped with brand-new instruments funded by the Novo Nordisk Foundation, alongside selected equipment and processes from previous facilities.
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| ==Material requirements==
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| ==Process flow==
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| ==Mixing PDMS resin and degassing==
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| ==Soft lithography micro molding==
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| '''Mold surface conditioning'''
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| '''Molding by pouring'''
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| '''Molding by spin coating'''
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| '''Baking – Curing'''
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| '''Demolding'''
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| [[File:PDMS microfluidic chip .jpg|thumb|PDMS microfluidic chip]]
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| ==3D printing==
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| ==Cutting PDMS==
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| '''Punching'''
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| '''Laser ablation'''
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| '''Machining/milling'''
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| '''Air/water jet machining'''
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| ==Bonding==
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| '''PDMS/PDMS and PDMS/glass bonding'''
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| '''PDMS/PMMA bonding'''
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| ==References==
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| For further information contact Stephan Sylvest Keller suke@dtu.dk or Claudia Chaves Villarreal cchvi@dtu.dk
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