Abstract: A fluidic system, comprising a pressure sensor which is arranged between a pump for moving a fluid in a fluid path and a heatable filter and a related method for moving of a fluid in a fluid path of a fluidic system, comprising the steps of: providing the fluid to the fluidic path; moving the fluid in a defined direction with a pump; sensing the pressure in the fluidic path with a pressure sensor which is arranged downstream of the pump; heating the fluid in the fluidic path in a heatable filter which is arranged downstream of the pressure senor; providing the filtered fluid downstream of the heatable filter.

Abstract: A fluidic system, comprising a fluidic path containing a reagent container which is exchangeable connected to the fluidic path, a pump which is arranged downstream of the reagent container, a filter which is arranged downstream of the of the pump, an intermediate vessel located downstream of the filter, wherein the intermediate vessel comprises a level sensor for measuring the fluid level in the intermediate vessel, a precision pump downstream of the intermediate vessel, and a dispense port, and a method for dispensing fluid, comprising the steps of transferring a fluid in a fluidic path by a pump into a filter; filtering a fluid through the filter having a defined volume and pore-size; transferring the filtered fluid from the filter into an intermediate vessel; thence from the intermediate vessel with a precision pump downstream of the intermediate vessel to a dispense port.

Abstract: The present disclosure is directed to a dispensing system for providing a preset small volume of liquid ?200 ?l into a filling area of a microfluidic sample carrier comprising at least one flow channel, the system including, inter alia, at least one interface unit provided for each flow channel of the microfluidic sample carrier, with each interface unit comprising an injector with an injection channel, wherein the cross section of an outlet part of the injection channel is larger than a cross section of an inlet part of the injection channel and of the middle part of the injection channel. Furthermore, the present disclosure relates to a respective microfluidic sample carrier sealing system and to a respective method of dispensing sealing liquid into a microfluidic sample carrier.

Abstract: The present disclosure is directed to a dispensing system for providing a preset small volume of liquid ?200 ?l into a filling area of a microfluidic sample carrier comprising at least one flow channel, the system including, inter alia, at least one interface unit provided for each flow channel of the microfluidic sample carrier, with each interface unit comprising an injector with an injection channel, wherein the cross section of an outlet part of the injection channel is larger than a cross section of an inlet part of the injection channel and of the middle part of the injection channel. Furthermore, the present disclosure relates to a respective microfluidic sample carrier sealing system and to a respective method of dispensing sealing liquid into a microfluidic sample carrier.