Abstract: The invention is directed to a container for storage, dispensation, transport and disposal of a medical device such a disposable ultrasonic surgical probe, that allows its dispensation for use, and for its safe storage and disposal after use, thereby protecting the user from the hazards of needle pricks and possible contamination from small-diameter probes. The container of the present invention also provides a mechanism for restricting access to the probe to prevent its reuse, and a method for its safe attachment to and detachment from an ultrasonic medical device. The container comprises a cylindrical tube having two ends and an inner surface defining a space for containing the probe.

Abstract: A transverse mode ultrasonic probe is provided which creates a cavitation area along its longitudinal length, increasing the working surface of the probe. Accessory sheaths are also provided for use with the probe to enable a user to select from features most suited to an individual medical procedure. The sheaths provide acoustic enhancing and aspiration enhancing properties, and/or can be used as surgical tools or as medical access devices, protecting tissue from physical contact with the probe.

Abstract: An ultrasonic tissue ablation device comprising a transversely vibrating small-diameter probe and a coupling assembly for probe attachment and detachment that that enables the probe to disengage from the device body. The probe detachability allows for insertion, manipulation, and withdrawal independently of the device body. The probe can be used with acoustic and/or aspirations sheaths to enhance tissue ablation. The device body includes an ultrasonic energy source and a horn assembly. The probe of the present invention is engaged to the device body in a manner which creates an impedance mismatch between the probe and the device body which allows the probe and the device body to operate as separate acoustic systems. The present invention also comprises a method for the removal of vascular occlusions in a blood vessels.

Abstract: A one-piece cervical fitting has a passage formed therethrough which receives an elongated medical device such as an endoscope. The passage forms a fluid-tight seal with the outer surface of the medical device. The outer surface of the fitting defines a pilot portion which is of reduced outer dimension to facilitate entry of the fitting into the cervical canal of a human uterus. The pilot portion joins a tapered outer surface portion which enables the fitting to form a fluid-tight seal with uteri of different sizes. The tapered portion joins with an outer surface portion of constant outer dimension which in turn joins with an enlarged end portion.