InnoScan 710-IR

InnoScan 710-ir - infrared microarray scanner

EASE OF USE, SPEED AND IMAGE QUALITY
Characterised by its ease-of-use, speed and image quality, InnoScan 710-IR infrared microarray scanner is the ideal tool for routine microarray reading.

Speed
With its patented XY motorisation, the InnoScan 710-IR is the fastest scanner on the market with adjustable reading speed from 10 to 35 lines per second (capable of scanning slides at 10 μm/pixel in less than 4 minutes).

Reliable and traceable results
With a barcode reader, InnoScan 710-IR microarray scanner provides accurate control of acquired images. InnoScan 710-IR is supplied with a validation slide and associated Mapix software that verifies scanner performance.

Routine use
InnoScan 710-IR is a low cost, portable scanner capable of reading medium density microarrays at a maximum resolution of 3 µm/pixel.

Technology

Confocal detection

Optimize fluorescence detection
Assure good focalization all along the scan
Less background
SNR is increased by 2.5 times

Real-time autofocus

Detection idone through a spatial phinhole
Follows the slide movement and deformation in real time during the scan
Avoid all out-of-focus signal

Automatic barcode reader

Reliable and traceable results

All standard microscope slides format

Glass
Nitrocelluose coated glass
Plastic
Silicon wafer
Gold coated glass

Dynamic range

From > 10⁴ to >10⁶
Detect the lowest signals avoiding saturation.

Technical specifications

InnoScan 710 IR

PIXEL SIZE	3 - 40μm
LASER EXCITATION WAVELENGTH	670nm	785nm
COMPATIBLE FLUOROPHORES*	Alexa Fluor 700, Alexa Fluor 680 DyLight 680, IRDye 680	Alexa Fluor 790, DyLight 800, IRDye 800
LASER POWER	Adjustable (2 laser powers)
LOADER CAPACITY	1 slide
DETECTION TYPE	Real-time confocal with 2 photomultipliers (PMT)
PMT GAIN	Adjustable from 0 to 100% (Linear from 1 to 100%)
OPTICAL FILTER	1 standard fluorescent filter by detection channel
FOCUS	Real-time autofocus Manual focus: offset adjustment 300 μm range, 1 μm increment
SLIDE SIZE	Compatible with all standard microscope slides: 25-26 x 75-76 mm² / 1” x 3” ; thickness: 0.9 - 1.2 mm
SCANNING AREA	Adjustable up to 22 x 74 mm²
SCANNING SPEED	From 10 to 35 lines/second (l/s) 3.6 minutes per slide at a resolution of 10 μm/pixel for a simultaneous two-color acquisition
DYNAMIC RANGE	> 10⁴ in normal mode or > 10⁶ in dynamic extension mode
UNIFORMITY	> 95%
BARCODE READER	Automatic barcode reading
INTERFACE	Ethernet interface
IMAGE FORMAT	TIFF (16-bit and 20-bit in dynamic extension mode)
POWER SUPPLY	~ 100-240 VAC, 1.2 A, 50-60 Hz
ACQUISITION SOFTWARE	MAPIX (image acquisition and spot quantification software)
DIMENSIONS (LXDXH)	278 x 457 x 369 mm³ 10.8” x 18.0” x 14.5”
WEIGHT	15.5 kg (34.2 lbs)

InnoScan 710 IR AL

LOADER CAPACITY	24 slides
DIMENSIONS (LXDXH)	322 x 656 x 439 mm³ - 12.7” x 25.8” x 17.3”
WEIGHT	31 kg (62 lbs)

* Non exhaustive list, please contact us for more information about fluorophore compatibility
Please contact us for any additional information.

Class I laser product for research use only
Specifications subject to change without notice
Contact us for the most recent specifications

Applications Notes

InnoScan microarray scanner 710-IR and RPPA Technology: A robust tool to analyze cell signaling pathways

Wnt Signaling in Metastatic Cancer – Reverse Phase Protein Array Workshop – InnoScan Microarray scanner

NIR RPPA detection together with dynamic range extension (XDR) function in the InnoScan 710-IR microarray scanner makes RPPA detection cheaper by 90%

InnoScan 710-IR Microarray Scanner excels at cytokine detection in conjunction with pGOLD chips

Infrared detection for optimal scan of nitrocellulose-based protein arrays – InnoScan 710-IR Microarray scanner

Using the infrared increases SNR 3-5 fold of nitrocellulose colorimetric assay-labeled protein microarrays – InnoScan 710-IR microarray scanner

Publications

Applications

Infectiology

Protein detection by fluorescence-labelled antibodies on tissue sections is a widely used technique for the biomarker screening in complex diseases such as cancer to define biomarker expression on tumor cells and its distribution on a defined tissue.

Reverse Phase Protein Arrays

Reverse Phase Protein Arrays (RPPA), also named cell lysate arrays, have been shown to be a useful tool for biomarker evaluation in large patient cohorts.

INNOPSYS FRANCE
Parc Activestre
31390 Carbonne
FRANCE
+33 561 971 974
contact@innopsys.fr

INNOPSYS INC
Willis Tower
233 S Wacker Dr
Chicago, IL 60606
USA
+13128068535
+13125137690
contact@innopsys.com