Tissue Differentiation Intelligence LLC 100005 Beluga1

Imaging Cap

The QT Scanner 2000 Model A is an automated and software-controlled ultrasound system for breast imaging that can be operated by a single operator. The system consists of an examination table, a scan tank, image processing electronics, operator console, breast retention device, and ultrasound beam forming electronics. The QT Scanner 2000 Model A is for use as an ultrasonic imaging system to provide reflection mode and transmission mode images of a patient’s breast.

Sterile (14 x 91.5cm) telescopically-folded cover. Associated SKU 610-1065

4 MHz probe is an ultrasonic transducer which generate acoustic signals and also detect returned signals that intended to be used in combination with the Dolphin system for noninvasive measurements of blood flow velocities in arteries and veins

8 MHz probe is an ultrasonic transducer which generate acoustic signals and also detect returned signals that intended to be used in combination with the Dolphin system for noninvasive measurements of blood flow velocities in arteries and veins

2 MHz probe is an ultrasonic transducer which generate acoustic signals and also detect returned signals that intended to be used in combination with the Dolphin system for noninvasive measurements of blood flow velocities in arteries and veins

1.6 MHz probe is an ultrasonic transducer which generate acoustic signals and also detect returned signals that intended to be used in combination with the Dolphin system for noninvasive measurements of blood flow velocities in arteries and veins

Imaging Cap

The QT Scanner 2000 Model A is an automated and software-controlled ultrasound system for breast imaging that can be operated by a single operator. The system consists of an examination table, a scan tank, image processing electronics, operator console, breast retention device, and ultrasound beam forming electronics. The QT Scanner 2000 Model A is for use as an ultrasonic imaging system to provide reflection mode and transmission mode images of a patient’s breast.