Summary Double-wash container type thrombus remover. the device comprises a liquid inlet duct (1), a liquid exhaust duct (2), a number one pump (3), a number two pump (4), a number one container (5), and a container number two (6). container number one (5) is connected to a high pressure chamber (7) of a thrombus removal debris suction device via the liquid inlet duct (1) and pump number one (3), while a The low pressure chamber (8) of the debris suction device is connected to the number two container (6) via the liquid inlet duct (2) and the number two pump (4). a number one flexible section duct (101) is disposed in the liquid inlet duct (1) between the number one pump (3) and the high pressure chamber (7) of the debris suction device for use in damping the pressure wave generated by pump number one (3). a number two flexible section duct (201) is disposed in the liquid exhaust duct (2) between the low pressure chamber (8) of the debris suction device and the number two pump (4) for use in damping the wave pressure generated by pump number two (4). The arrangement of number one and two flexible section ducts (101 and 201), respectively, in the liquid inlet duct (1) and the liquid exhaust duct (2), allows the use of flexible wall ducts of each other. of the sections to dampen the pressure waves generated by pumps number one and two (3 and 4), thereby facilitating increased operating stability of the entire device.resumo dispositivo do tipo duplo-recipiente de lavagem balanceada removedor de trombos. o dispositivo compreende um duto de admissão de líquido (1), um duto de exaustão de liquido (2), uma bomba número um (3), uma bomba número dois (4), um recipiente numero um (5), e um recipiente numero dois (6). o recipiente número um (5) é conectado a uma câmara de alta pressão (7) de um dispositivo de aspiração de detritos removedor de trombos através do duto de admissão de liquido (1) e da bomba numero um (3), enquanto que uma câmara de baixa pressão (8) do dispositiv
