Ultrasonic Irrigator | Hospimedica Expo
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Matachana
Ultrasonic Irrigator  
Model: MAT UIRI
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Description
The MAT UIRI Ultrasonic Irrigator is a state-of-the-art automatic prewash system engineered for precise and thorough cleaning of surgical instruments. Utilizing ultrasonic irrigation with adjustable flow and pressure, it effectively removes contaminants from complex surfaces, including lumens and cavities. This reduces manual labor and enhances the efficiency of sterilization processes. Its compact build ensures easy integration into healthcare facilities, while the user-friendly interface allows for seamless operation. Designed to meet stringent infection control standards, the MAT UIRI is ideal for hospitals and surgical centers aiming to optimize cleaning performance and ensure compliance with hygiene protocols.

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Features
• Ensures more convenient, easier, efficient, and faster reprocessing.
• Validatable cleaning efficiency.
• Digital documentation and logging of the cycles
• Safe reprocessing: Thanks to individual irrigation flow monitoring and automatic detection of clogged channels.
• High performance: Reduced reprocessing time.
• Distal Tip Movement: Patented system for maximum cleaning efficiency.
• Enhanced cleaning quality: Compared to the manual washing process described in the Instructions for Use.
• Versatility: Specialized in the reprocessing of Da Vinci robotic instruments, but also Hugo and Versius robotic instruments, as well as cannulated instruments for MIS and standard instruments.
• User-friendly: Simple connection, adjustable and intuitive main console with a 7” screen and easy-to-access filtration system.
• Delicate with instruments:
• Reduces instrument handling, minimizing the risk of damage.
• State-of-the-art ultrasonic cavitation:
• Rultrasonic cavitation ensures washing efficiency, and taking care of materials.
• Active sequential irrigation: During a conventional irrigation process, ultrasonic cavitation efficiency is reduced in irrigation channels. Thanks to active sequential irrigation, cavitation energy is used fully inside the channels, maximizing the pre-washing efficiency.

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