JPK Instruments AG

Chancellor Angela Merkel during a visit at the Max-Delbrück-Center for molecular medicine in Berlin. She visited JPKs NanoWizard AFM system on a co...

The video shows how an optical trap can be used to pull membrane tethers from live cells. The CHO cells are immobilized onto a glass substrate and ...

This video shows how many optical traps can be generated from a single laser source by rapidly scanning the laser across many positions, a process ...

This video playfully demonstrates the versatile manipulation of single microtubules using JPK's NanoTracker optical tweezers instrument in conjunct...

This video playfully demonstrates the versatile manipulation of single biomolecules using JPK's NanoTracker optical tweezers platform, simultaneous...

This video shows the usage of JPK's multi-channel laminar flow cell in conjunction with the NanoTracker optical tweezers platform. Five non-mixing ...

This video shows the manipulation of a single DNA molecule using the two optical traps provided by JPK's NanoTracker optical tweezers platform. The...

The BioMAT™ workstation from JPK Instruments is designed for the study of opaque samples combining upright optical microscopy with atomic force mic...

Using the example of the NanoWizard®II atomic force microscope (AFM), this animation illustrates that only a tip-scanning AFM such as the NanoWizar...