Sort cells using high res imaging in either bright field or optional fluorescence and capture 5 images per each single cell deposit.
Single cell printer.
Operating at a pressure of less than one psi vips gently dispenses cells in nanoliter droplets into a plate well.
The cloneselect single cell printer series deposits single cells gently and with high efficiency using a patented inkjet like disposable one way dispensing cartridge.
The well is then filled with media.
The system uses an inkjet like principle featuring a sterile and disposable.
The dispensing head which houses the dispensing unit and optical lens can be moved freely on a 3 axis robotic stage.
Low footprint designed to be space friendly and easy to set up.
Eyewitness proof of monoclonality.
1 that combines an inkjet like principle with an optical system for label free detection and printing of single living cells.
The presented prototype instrument was developed within the european research project platform for advanced single cell handling and analysis pasca.
Automation friendly easily integrate with third party schedulers.
Prove monoclonality improve your efficiency maintain and enrich your viability and prevent cross contamination.
High throughput dispense into 96 and 384 well plates.
Our proven single cell technology.
Our proven single cell technology.
The best portable printers for 2020.
Cells inside the chip are detected and classified with this detection.
1 single cell seeding with in well verification.
High throughput dispense into 96 and 384 well plates.
Low footprint designed to be space friendly and easy to set up.
The open deck offers 2 separate carriers for loading 96 or 384 well plates.
Automation friendly easily integrate with third party schedulers.
The presented technology is based on a transparent microfluidic drop on demand dispenser chip coupled with a camera assisted automatic detection system.
Single cell printer series the core of all the cloneselect single cell printer systems is the patented single cell isolating cartridge technology which enables automated deposition of single cells into standard 96 and 384 well plate formats.
Exploiting the good performance of inkjet based cell printing we have developed a prototype liquid handling instrument termed single cell printer scp.
Cells are imaged in multiple z stack layers in the dry empty well before intelligence based image analysis confirms the existence of a single cell.