Abstract: An apparatus for directionally controlling transmission of a laser beam or the like to a target area. The apparatus includes a support body, which supports a specular element, and a tubular receiving member having a mounting surface for receiving the support body. The support body, tubular receiving member and a mounting mechanism therebetween form a mirror module. The mounting mechanism is disposed within the receiving member for releasably coupling the support body to the tubular receiving member and frictionally maintaining the support body seated against the mounting surface in a first position, while permitting friction restrained sliding movement of the support body on the mounting surface to other positions so that the repositioned specular element may redirect the laser beam to other points on the target area. The module may be used independently or in conjunction with a housing.

Abstract: A fiber optic female connector including a female sleeve and a squared retaining spring connected thereto. The female sleeve defines a channel therethrough, parallel first and second side slots communicating with the channel, and a third slot perpendicular to the side slots and also opening into the channel. Bridge members at the channel define the ends of the third slot, and an encapsulating cover of the female sleeve defines the top portion thereof. First and second parallel legs of the spring are disposed, respectively, in the first and second side slots, and the transverse strand of the spring which connects the first and second legs is positioned in the third slot. When the rabbit ear ends of the spring are compressed, the first and second legs move from a position at least partially within the channel to a position further away from the centerline of the channel and the transverse strand by pressing against the bridge members flexes inwardly towards the channel.

Abstract: A fiber optic light carrying probe for efficiently transmitting high intensity light from a high intensity light source to a point of application is provided with unsheathed glass cladding which prevents light leakage along the length of the probe. When the probe is used in orthodontic procedures, such as bonding, the cladding averts the high intensity light from the patient's eyes which would otherwise cause discomfort. Furthermore, the probe may be repeatedly autoclaved without significantly damaging or deteriorating the glass cladding.

Abstract: A fiber optic light source is disclosed that comprises a three part heat sink structure for absorbing and transmitting heat out of the interior of the light source to thereby reduce the possibility of heat damage. The heat sink structure comprises an internal stationary heat sink in thermal contact with external stationary and movable heat sinks. The movable heat sink acts as a turret which functions to align fiber optic cables with one or more light sources.