Table 2. Contemporary artificial urinary device developments.
| Company/device | Novel/unique features | Potential advantages |
|---|---|---|
| Boston scientific: AMS800 | Personal device integration for bluetooth control | Long-standing data on device reliability from which to add electronic integration |
| Montreal AUSs | Pump systems can be retrofitted onto the AMS800 | Long-standing data on device reliability from which to add electronic integration |
| Dual manual and electronic control options | Failsafe in the event of electronic malfunction | |
| Adaptive pressure regulation | May allow for periods of urethral rest | |
| Rechargeable battery | ||
| UroMems | Wireless control | Device control not limited by dexterity |
| Adaptive pressure regulation | May allow for periods of urethral rest | |
| ARTUS | Adaptive pressure regulation | May allow for periods of urethral rest |
| GASS | All-in-one components | Simplifies implantation by decreasing component connections |
| Dualis Artificial Sphincter | Wireless control | Device control not limited by dexterity |
| Adaptive pressure regulation | May allow for periods of urethral rest | |
| Second “safety” pump | Failsafe in the event of electronic malfunction | |
| FlowSecure | Stress relief balloon | Simplified mechanism for adaptive pressure regulation |
| Fluid adjustment port | Allows for in-office tonal pressure adjustment | |
| All-in-one components | Simplifies implantation by decreasing component connections |
AUS, artificial urinary sphincter; GASS, German artificial sphincter system.