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NanoPrint™ Protein Microarrayer
NanoPrint™ Protein microarrayers are enterprise level
linear drive systems that provide universal platforms for
research and diagnostic microarray manufacturing.
Shown is the NanoPrint™ Protein LM60 system with a
capacity of three 384-well sample microplates printing onto
60 standard glass substrates.
Antigen Microarrays and other Diagnostic Microarrays may
take advantage of being spotted into Microwell plates : standard
Elisa format, ease of handling and processing, with potentially
96 multiplex arrays into each 96-Microplate.
The high speed, high precision linear servo control system
of the NanoPrint™, results into superior instrument
performance in both speed and precision. Combined with the
efficient bench top design, user configurable worktable, humidity
& dust control, host of available options and the flexible
& sophisticated ArrayManager Software, the NanoPrint™
Protein system is the complete solution for high performance
microarray printing into Microwell plates.
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Printing with high precision onto the bottom of Microwell
plates whith a pin tool using 12 Microspotting pins
is easy and fast with the NanoPrint.
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The NanoPrint Protein LM60 can spot one probe in duplicate
in each well of 15 96-well plates in less than 6 minutes
(measured time with standard washing steps).
The NanoPrint Protein LM210 (standard version) can
spot 40 probes in duplicate (80 spots) in each well
of 45 96-well plates in less than 10 hours (with standard
washing steps).
Customization possible for a much faster production.
Please contact us.
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Specifications:
| Software
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| Interface |
Intuitive
and Graphic Windows 2000 or Windows XP User Interface |
| User
Management |
Password protected
access levels for User, Manager and Administrator |
| Data
Files |
Both import
and export of data files compatible with all current microarray
detection instruments |
| Version
Control |
Complete tracking
of all methods, version and backups |
| Automatic
Method Validation |
Automatically
validates for compatible method parameters |
| Sample
and Spotting Views |
Each available
in real time during operation |
| Method
Creation Wizard |
Only minimal
information required to create microarray printing protocols |
| Simulation
Mode |
Pre test print
methods in software prior to running programs |
| Flexible |
Microarray
design, Micro Spotting Pin configuration, worktable layout,
source and destination type, off sets, speed profiles,
wash/dry parameters and pre-print locations |
| Microarray
Application Specifications |
| Positional
Resolution |
0.5 micron
linear drive Warp1 controlled motion |
| Destination |
Microarray
Substrates, Glass Slides, Microplates |
| Printing
Technology |
Stealth Micro
Spotting Device |
| Number
of Pins |
Configurable
1 to 48 |
| Spot
Diameter |
65 microns
or larger to meet all applications |
| Minimum
Spot Spacing |
50 microns |
| Pre-printing |
User definable |
| Wash/Dry
Station |
Ultra Sonication,
up to 2 wash positions, and dry station |
| Number
of Source Plates |
Customizable |
| Number
of Slides |
Customizable,
from 60 to 210 slides or from 15 to 45 Microplates (-or
more, call for quote) |
| Source
Plate Type |
96 or 384 well
microplates |
| Source
Plate Cooling |
For up to 3
microplates, useful for protein microarray applications |
| Environmental
Conditions |
Fully enclosed,
HEPA filter and user defined humidity settings |
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