products

x.sight™ series – assuring clonality

Next-Generation Single-Cell Dispensing in Cell Line Development and Single-Cell Genomics

Isolate single cells in 96- & 384-well plates within minutes.

Bright field nozzle imaging with 10x magnification.

Cell line development and single-cell genomics.

c.sight ®

Isolate prokaryotic cells in 96- or 384-well plates.

Bright field nozzle imaging with 20x magnification.

Sort single bacteria for culture, genomics or mass spec.

b.sight ®

Isolate green fluorescent eukaryotic cells in well plates.

Bright field and fluorescence imaging.

Fully tunable to enable even low intensity samples.

f.sight ®

Profit from the benefits all our products providing for you:

Assurance of clonality

by an image series for each isolated single cell

Very high cell viability

like standard hand-pipetting

Easy to use

after a short introduction all your lab staff can easily handle our devices

No cross-contamination

due to the use of disposable cartridges

the single-cell printer™

 

 

 

 

Single-cell isolation by bright field imaging.

Two separate carriers for 96- and 384-well plates.

Automation-ready with open deck and software API.

 

single-cell printer™

Too many options?

You are confused about all the products we have here? You don't know which one is the perfect solution for your needs? No worries, we provide you a little help here. Use the tables below for orientation. You are looking for a specific feature like PCR plate compatibility or fluorescence-based sorting? Then use the -- features -- table. You have a specific application and look for the perfect instrument for this purpose, use the -- applications -- table.

features

 

scp™

c.sight ®

b.sight ®

f.sight ®

Assurance of clonality

X X X X

All-new software

X X X X

Automation / API

X

2nd plate holder

X

PCR-Plate compatibility

X X X

Improved resolution

X X

Fluorescence sorting

X

Bacteria isolation

X

 

applications

 

scp™

c.sight ®

b.sight ®

f.sight ®

Cell Line development

Learn more...

X X X

Single-cell genomics

Learn more...

X X

Bacteria isolation

X