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Lithotripter Novalith NT-30 Ultra combines the advantages of ultrasonic and pneumatic lithotripsy with adjustable aspiration, which allows you to effectively crush and remove stones, reducing the time of procedures. This innovative technology is suitable for ureterorenoscopy and percutaneous nephrolithotomy, providing fast and safe treatment of all types of stones, including complex calculus formations.
Ultrasonic and pneumatic lithotripsy
The Novalith NT-30 Ultra pneumatic lithotripsy is ideal for coarse grinding of any type of stone, while the ultrasonic technology effectively grinds soft stones, ensuring their maximum destruction. Thanks to the aspiration function, fragmented stone particles are quickly removed.
Innovative technologies for your comfort
The Novalith NT-30 Ultra device automatically adjusts the frequency of the probe, ensuring optimal operation without the need for manual selection of sensors. A modern ultrasonic generator with phase adjustment and dynamic frequency control allows you to quickly and accurately change settings according to the diameter and length of the probe.
Ergonomics and ease of use
The device is equipped with a convenient touch LCD screen with high resolution and an easy-to-use interface. Control of pneumatic and ultrasonic units is carried out using a pedal, allowing the doctor to quickly switch modes of operation. The adapters for the probes are easily sterilized and the probes themselves are made of stainless steel for long-term use.
Main characteristics:
• Crushing of stones of any type
• Adjusting the pulsation frequency with a pedal
• Digital air pressure control
• Compatible with all major operating probes
• Stainless probes for reliable operation
• Ease of operation and sterilization
Lithotriptor Novalith NT-30 Ultra is a combination of reliable technology and modern design for maximum comfort of the doctor and patient.
• Working pressure: 3-10 bar
• Dimensions of pneumatic probes: 0.8 mm, 1.0 mm, 1.2 mm, 1.5 mm 425 mm 2.0 mm at a length of 640 mm
• Continuous adjustment using phase loop and dynamic frequency
• Probe Ø 3.8 mm (11.4 Fr), length 425 mm
• Probe Ø 3.8 mm (11.4 Fr), length 330 mm
• Probe Ø 3.3 mm (9.9 Fr), length 425 mm
• Probe Ø 3.3 mm (9.9 Fr), length 330 mm
• Probe Ø 1.5 mm (4.5 Fr), length 605 mm
• Cap for a 3.2 mm probe