Ultrasonic Lithotripsy System is an easy to use system for the physician's intracorporeal stone management needs. The system fragments the stones while simultaneously aspirating the emulsified product. Ultrasonic lithotripsy system offers three mode selections that allow the user to choose the precise ultrasonic vibration amplitude.

Ultrasonic pachymetry is an efficient and accurate way to measure corneal thickness. It is the recommended method for obtaining corneal thickness measurements. It possesses the advantages of reproducibility, ability to take measurements anywhere on the cornea, not dependent on patient fixation, high accuracy and ability to be used intraoperatively.

Ultrasonic phacoemulsification system consists of an ultrasonic phacoemulsification handpiece and a handpiece driver. The aspiration component of a phacoemulsification system removes lens fragments and fluids from the anterior chamber. The phacoemulsification handpiece generates ultrasonic energy that fragments the lens material into small pieces that can be aspirated from the capsular bag and anterior chamber. It is light, durable and requires less power, and has an extremely high speed frequency.

Ultrasound bone growth stimulator is designed to accelerate healing in all non-union fractures excluding skull and vertebra. It is used for 20 minutes daily at the fracture site to promote healing. It transmits a low intensity ultrasound signal to the fracture site through coupling gel. This system includes the stimulator, ultrasound transducer probe, 2 full bottles coupling gel, and strap assemblies.

An ultrasound catheter is designed for placement inside the venous system, provides ultrasound images with unparalleled detail resolution and penetration, down to 15 cm in the heart. It represents a significant advance in the diagnosis of heart disease. It is a very small tube that is inserted in a blood vessel in arm or groin that can travel to the heart.

Ultrasound contrast agents are gas-filled microbubbles that are administered intravenously to the systemic circulation. Microbubbles have a high degree of echogenicity, which is the ability of an object to reflect the ultrasound waves. It is effective in enhancing echo- cardiographic imaging and has revolutionized the potential applications of non-invasive, economically attractive, diagnostic ultrasound.