Benchtop Molecular Printer
Engineered for Cell BiologyPrinciple: The Cyto eNabler™ system is a multifunctional surface patterning platform for dispensing attoliter to femtoliter volumes of biomolecules, nanoparticles and other liquids onto a wide variety of surfaces. Technical characteristics: Prints spots and lines from 1 to 60 microns, 100msec printing cycle, 20 nm stage resolution, 25 mm XY travel, multiplexing ability.Benefits: Faster and more flexible than conventional technologies; no clogging or misalignment problems, multiplexing ability.
Design. Print. Publish. Repeat.
Engineered for Cell BiologyPrinciple: The Cyto eNabler™ system is a multifunctional surface patterning platform for dispensing attoliter to femtoliter volumes of biomolecules, nanoparticles and other liquids onto a wide variety of surfaces. Technical characteristics: Prints spots and lines from 1 to 60 microns, 100msec printing cycle, 20 nm stage resolution, 25 mm XY travel, multiplexing ability.Benefits: Faster and more flexible than conventional technologies; no clogging or misalignment problems, multiplexing ability.
Design. Print. Publish. Repeat.
Compatible Materials
Silanes
Metals
Alkanethiol Monolayers
PDMS
Hydrogels
Nitrocellulose
Polystyrene
Technical Characteristics
Spot size: ultra-micro and sub-micron (femtoliter to attoliter)
XY Resolution: 20 nm
XY Travel: 25 mm
Z Clearance: 45 mm
Printing cycle: 100ms
Spot or Line Size: 1-60 um
Spot Volume Range: attoliter to femtoliter
Humidity Range: 25-80% RH
Optical Magnification: 150x – 1000x
Average Print Cycle: 100 msec
Spot size: ultra-micro and sub-micron (femtoliter to attoliter)
XY Resolution: 20 nm
XY Travel: 25 mm
Z Clearance: 45 mm
Printing cycle: 100ms
Spot or Line Size: 1-60 um
Spot Volume Range: attoliter to femtoliter
Humidity Range: 25-80% RH
Optical Magnification: 150x – 1000x
Average Print Cycle: 100 msec
Benefits
Larger patterns: 62,500 times more XY patterning area than Scanning Probe Lithography systems
Faster printing: Direct molecular deposition via FEMTO does not rely on diffusion
Less frustration: Open channel SPT(TM) print cartridges exhibit less clogging than ink-jets or nano-pipettes
More capabilities: Superior alignment and multiplexing compared to microcontact printing
Greater flexibility: Make design changes in software without new photomasks or PDMS molds