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Our innovative product portfolio includes our Molecular Printer and photolithography platform as well as a range of consumables and consulting services.
Molecular Desktop Printer
is the only instrument enabling easy to operate and flexible printing with 3 different techniques.
Compatible with variety of printing tools, it can deposit a great variety of molecular inks on various surface chemistries.
UV Platform
It is designed to be stand alone platform for photo-activation of your inks after the printing step.
Discover your applications
Our molecular printer offers great possibilities for the fabrication of functional arrays, molecular sensors and lab-on-a-chip platforms.
It is a powerful tool for biological and medical research, as well as material science.
Switchover between soft-lithography-based printing modes allows for a high degree of flexibility during sample fabrication. Automation of printing of single or multiplexed patterns makes our printer very easy to operate.
 2D materialsGraphene spotted on the glass slide with Molecular Printer using micro-contact spotting. |  DNA arraysDNA-NH2 printed on GPTMS coated slides with Molecular Printer using micro-contact printing. |  L-O-CLab-on-chip device functionalized with Molecular Printer using fibronectin before applying it in cell culture. |
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 PolymerizationCationic ring-opening polymerization of 2-alkyl-2-oxazolines with Molecular Printer using micro-contact spotting. |  NanofibersThe locally defined growth of carbon nanofibers with lambda after deposition of eposition of catalytic salt NiCl2 · 6H2O with Molecular Printer using micro-contact spotting. |  Oligonucleotide arraysCovalent immobilization of oligonucleotide arrays with up to five different components with Molecular Printer using polymeric stamp. |
 Protein dotsCovalent immobilization of proteins with Molecular Printer using micro-contact stamp. |  Cell arraysMultiprotein patterns of fibronectin, laminin and ephirin on the glass slide fabricated using polymeric stamps. |  Optical sensorsPassive photonic whispering gallery mode microresonators functionalized with cantilever tip arrays. |
 Lipid arraysVarious lipid inks printed on the glass slide with Molecular Printer using cantilever tip arrays. |  Proterin netoworksCovalent immobilization of proteins with Molecular Printer using micro-contact stamp. |  Multi-cell arraysMultiprotein patterns of fibronectin, laminin and ephirin on the glass slide fabricated using polymeric stamps for culturing various cell types simultaneously. |