Turning valves, embedded on microfluidic chips, allow the targeted distribution of liquids and gases in channel networks, to actively open and close channels and to meter liquids. In instruments the valves are operated in an automated manner through turning the valve body in previously defined increments. For evaluation of metering on chip and in the valve body we offer this turning valve test chip.
Turning valve test chip Valving strategy evaluation Fluidic 155
The turning valve test chip is the perfect starting point for evaluating whether rotary valves can benefit your microfluidic system.
Turning valves, embedded on microfluidic chips, allow the targeted distribution of liquids and gases in channel networks, to actively open and close channels and to meter liquids. In instruments the valves are operated in an automated manner through turning the valve body in previously defined increments. For evaluation of metering on chip and in the valve body we offer this turning valve test chip.
Turning valves, embedded on microfluidic chips, allow the targeted distribution of liquids and gases in channel networks, to actively open and close channels and to meter liquids. In instruments the valves are operated in an automated manner through turning the valve body in previously defined increments. For evaluation of metering on chip and in the valve body we offer this turning valve test chip.
The turning valve test chip is the perfect starting point for evaluating whether rotary valves can benefit your microfluidic system.
The turning valve test chip is the perfect starting point for evaluating whether rotary valves can benefit your microfluidic system.