PURPOSE: To provide a relatively small and light weight dispenser system suitable for using together with a robot, in which first to third piston measures dispense a fluid material from second and third chambers according to a fluid pressure of a first material acting on the first piston measure.
CONSTITUTION: When a signal for starting dispense is generated, a piston head 3 is driven toward an A dispensing chamber 32 and drives a piston head 40 according to a pressure applied to an A filling chamber 30 by an A component fluid supplying part 48. The A component material is transferred to a fluid variable rate dispenser 62 through a line 64 from the A dispensing chamber 32. A flow rate of the component material supplied to a dispenser/mixer module 14 is controlled by the variable rate dispenser 62 co-worked with a tool velocity signal of robot. As a piston 44 of the B component material is driven by a force of a piston 38 working to the end of the piston 44, a flow rate of the B component material to the dispenser/mixer module 14 is directly controlled by the flow rate of the A component material dispensed through a line 22a.
HAAMAN II TAANAA JIYUNIA
MAIKERU DABURIYU FUREMINGU
