The MB-155 Leakage Tester is intended for use with the Olympus MU-1 Maintenance Unit. When used in combination before reprocessing, the MU-1 Maintenance Unit and MB-155 Leakage Tester can help detect hidden pinholes and loose joints in Olympus OES and EVIS EXERA endoscopes. This process can help you to avoid costly damage from fluid invasion.
The MB-155 Leakage Tester is intended for use with the Olympus MU-1 Maintenance Unit. When used in combination before reprocessing, the MU-1 Maintenance Unit and MB-155 Leakage Tester can help detect hidden pinholes and loose joints in Olympus OES and EVIS EXERA endoscopes. This process can help you to avoid costly damage from fluid invasion.
The MB-155 Leakage Tester is intended for use with the Olympus MU-1 Maintenance Unit. When used in combination before reprocessing, the MU-1 Maintenance Unit and MB-155 Leakage Tester can help detect hidden pinholes and loose joints in Olympus OES and EVIS EXERA endoscopes. This process can help you to avoid costly damage from fluid invasion.
The MB-155 Leakage Tester is intended for use with the Olympus MU-1 Maintenance Unit. When used in combination before reprocessing, the MU-1 Maintenance Unit and MB-155 Leakage Tester can help detect hidden pinholes and loose joints in Olympus OES and EVIS EXERA endoscopes. This process can help you to avoid costly damage from fluid invasion.
The MB-155 Leakage Tester is intended for use with the Olympus MU-1 Maintenance Unit. When used in combination before reprocessing, the MU-1 Maintenance Unit and MB-155 Leakage Tester can help detect hidden pinholes and loose joints in Olympus OES and EVIS EXERA endoscopes. This process can help you to avoid costly damage from fluid invasion.
The MB-155 Leakage Tester is intended for use with the Olympus MU-1 Maintenance Unit. When used in combination before reprocessing, the MU-1 Maintenance Unit and MB-155 Leakage Tester can help detect hidden pinholes and loose joints in Olympus OES and EVIS EXERA endoscopes. This process can help you to avoid costly damage from fluid invasion.