The NanoGenizer-30K from Genizer is an electric benchtop, laboratory-scale, high-pressure homogenizer, 

                             which has been developed specifically for bacterial and cell lysis (such as yeasts and E. coli). It aids laboratory research and 

                             development and small-scale production at ultra-high pressure (maximum pressure up to 45,000 psi/3,000 bar), and there is

                             no requirement for hydraulic oil or compressed air. It is available in both the 3D-printing and stainless versions.

                                          Main Features of the NanoGenizer:

                                          →Diamond interaction chamber technology

                                          →Flow rate: ~ 100 ml/minute @ 30,000 psi

                                          →Pressure: 25,000 psi, 30,000 psi and 45,000 psi

                                          →Weight: approximately 35 kg

                                          →Minimum sample volume: 5 ml

                                          →Precision sampling as accurate as 0.1ml resolution

                                          →Touch screen, PLC control panel

                                          →Application: Nano emulsions, liposomes, fat emulsions, nano dispersion, cell disruption, deagglomeration, graphene, 

                                              and carbon nanotube

                                         The NanoGenizer features a microfluidics Diamond Interaction Chamber with nano-size microchannels inside the chamber 

                             where your formulation is subjected to forces of high shear and strong impact and result in nano particle dispersion and nano cell

                             disruption. Using the Diamond Interaction Chamber technology, the NanoGenizer can be widely used in the pharmaceutical, 

                             biochemical, cosmetics, food and dairy industries among others. It can also support experimentations from particle size reduction 

                             to cell disruption, nano emulsions, nano dispersions, liposome and more