The ARRALYZE® Platform
ARRALYZE CellShepherd®
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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ARRALYZE® Nanoliter Well Arrays
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.
Layout examples (top view)

Circular wells
- min. diameter: 20 µm
- min. spacing: 10 µm
- max. aspect ratio (depth:diameter): 40:1


Arbitrary shapes
- min. diameter: 200 µm
- min. spacing: 10 µm
- max. depth: 700 µm

Well shapes (cross-section view)
For more information about our glass manufacturing process follow this link.