The ARRALYZE^® Platform

Never before has it been this easy and affordable to conduct functional assays of large cell populations at the single cell level and isolate outstanding cells alive.

The ARRALYZE platform consists of a high-precision workstation - the CellShepherd - for printing, imaging, analyzing and isolating single cells, which works seamlessly with our nanoliter glass well arrays.

ARRALYZE CellShepherd^®

On the footprint of one microscope slide the CellShepherd^® enables you to conduct thousands of experiments in nanoliter glass wells with our ARRALYZE^® arrays simultaneously.

Features and Fields of Application*

Gentle and Fast Handling of Biomaterials

Printing of pL and nL volumes
Printing of living cells
Fully automated drop calibration
High precision recovery of biomaterial and cells from wells
Sterile environment

Optical Inspection

Automated cell count
Process control
Droplet size calibration

Microscopic Analysis

Bright field
Phase contrast
Fluorescence

Environment Control

Temperature
Humidity

* Depending on configuration; additional options on request.

Compatibility

Microtiter formats (e. g. 96-, 384-, 1536 well plates)
Microscope slides
Cell culture dishes
Other formats on request

ARRALYZE^®Glass Arrays

Automatic recognition of chip layout
Automatic position alignment
Highly customizable layout
Inert glass environment

Fields of Application

Cell therapy
Monoclonal antibodies (mAb)
Cell line development (CLD)
Synthetic biology (SynBio)
And many more single cell experiments

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Brochure

ARRALYZE CellShepherd (pdf - 112 KB)

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ARRALYZE^® Nanoliter Well Arrays

The heart of the ARRALYZE^® technology are our glass arrays. Beside our standard product portfolio customized arrays are also available. Contact us for consultation and to request a quotation.

High precision for high throughput

With the ground-breaking LIDE technology we can introduce high-aspect ratio microfeatures absolutely defect free into thin glass. The microfeatures can be wells or more complex shapes such as pockets with arbitrary shapes, channels or grooves. Feature size can range from ten micrometers to several hundred micrometers.

Our unique high precision, high throughput LIDE process is compatible with most commercial glass types. Since LIDE is a digital process you can even design your own arrays that match your experiment. Of course, you can also pick a design from our portfolio. Take advantage of the benefits that glass as an inert and highly transparent material offers and start your functional cell experiments right away.