"The VERSA Spotter has enabled our lab to construct our own microarrays. Thanks to the microarray printer, we now are easily construct microarrays to analyze glycan-protein interactions which is a significant resource to our lab in particular."
Automated Microarray Spotter
Swift, Accurate and Efficient Microarray Printer for Peptides, DNA and Cells
SPOT synthesis technique utilizing cellulose supports, combined with Aurora’s liquid handling technology, has given birth to the VERSA series microarray printer (microarrayer). Aurora’s extensive expertise in life science robotics has seen an increased need for scientific personnel to seek out automated solutions for peptide synthesis and other type of microarrays. Aurora developed the VERSA series automated microarray spotter and modules such as the nano-pipettor head, which allows for simple distribution of reagents—this helps in conducting grams to milligrams of combinatorial chemistry using contact or non-contact spotting.
VERSA Microarray Printer Applications
Specifications – VERSA Microarray Printers
VERSA for Peptides
Single Channel
Small and Compact
40 nL – 100 µL Spotting Volume
0.05 mm Positioning Error
Optional UV/HEPA Enclosure
Compatible with all Slide Types
VERSA for Cells
Single Channel
Increased Deck Area
40 nL – 100 µL Spotting Volume
0.05 mm Positional Error
Optional UV/HEPA Enclosure
Optional Sonicated Wash station
VERSA for DNA
10, 20 or 35 Channel
Simultaneous Peptide Spotting
Bulk Peptides Quickly Constructed
Heavily Customizable
Optional UV/HEPA Enclosure
Compatible with all Slide Types
Independently Validated
Facilitating tumor spheroid-based bioassays and in vitro blood vessel modeling via bioinspired self-formation microstructure devices
View this publication showing user generated data to see how the VERSA 10 microarrayer was used in dispensing water droplets of specific volumes to study how surface tension guides aqueous molding.
Development of an influenza virus protein microarray to measure the humoral response to influenza virus infection in mallards
Download this open source publication to see how Influenza virus hemagglutinin (HA) protein was printed in microarrays on epoxysilane-coated glass slides using VERSA 110 microarray printer.
The study presents a nanodroplet cell processing platform, which can be used to evaluate drug synergy for anti-cancer treatments. The platform incorporates an automatic nanodroplet dispenser with cell array ParaStamp chips, pre-occupied with anti-cancer drugs and their associate mixtures
Lear more with this open source publication. Download now!
