Abstract: A loading unit configured for engagement with a surgical instrument, and including a proximal body portion, an end effector, and an imaging device. The end effector is disposed in mechanical cooperation with the proximal body portion, and includes a first jaw member and a second jaw member. At least one of the first jaw member and the second jaw member is movable with respect to the other of the first jaw member and the second jaw member between an open position and an approximated position. The first jaw member includes a first tissue contacting surface, and the second jaw member includes a second tissue contacting surface. A distal portion of the first jaw member is disposed at a first angle with respect to the first tissue contacting surface. The imaging device is disposed on the distal portion of the first jaw member, and is configured to capture visual data.

Abstract: A surgical instrument includes a drive shaft, a motor for rotating the drive shaft, and a motor speed control. The motor speed control includes a first switch and a second switch which are in communication with the motor. The first switch is disposed over and in registration with the second switch. The first switch has an activated state such that the first switch sends a first signal to the motor. The motor rotates the drive shaft in response to the first signal. The second switch sends a second signal to the motor that varies the speed that the motor rotates the drive shaft in response to a force applied to the second switch by the first switch.

Abstract: A surgical device includes a housing, a drive shaft, a motor, a control button, and a motor speed controller. The motor is configured to rotate the drive shaft that is disposed within housing. The control button is disposed on the housing and the motor speed controller is operably associated with the control button. The motor speed controller varies an angular velocity of the motor as a function of a percent of actuation of the control button between an unactuated position and a fully actuated position.

Abstract: A surgical kit includes a cannula assembly and a camera assembly. The cannula assembly includes a cannula housing and a cannula member extending from the cannula housing. The cannula member defines a channel therethrough. The camera assembly includes an insertion member including an elongate shaft including a supporting member extending proximally from a distal end portion of the elongate shaft, and a camera detachably supported on a proximal end portion of the supporting member of the insertion member. The camera is configured to be coupled to an outer surface of the cannula. The camera and the insertion member are dimensioned to be received through the channel of the cannula member.

Abstract: A loading unit configured for engagement with a surgical instrument, and including a proximal body portion, an end effector, and an imaging device. The end effector is disposed in mechanical cooperation with the proximal body portion, and includes a first jaw member and a second jaw member. At least one of the first jaw member and the second jaw member is movable with respect to the other of the first jaw member and the second jaw member between an open position and an approximated position. The first jaw member includes a first tissue contacting surface, and the second jaw member includes a second tissue contacting surface. A distal portion of the first jaw member is disposed at a first angle with respect to the first tissue contacting surface. The imaging device is disposed on the distal portion of the first jaw member, and is configured to capture visual data.

Abstract: A loading unit configured for engagement with a surgical instrument, and including a proximal body portion, an end effector, and an imaging device. The end effector is disposed in mechanical cooperation with the proximal body portion, and includes a first jaw member and a second jaw member. At least one of the first jaw member and the second jaw member is movable with respect to the other of the first jaw member and the second jaw member between an open position and an approximated position. The first jaw member includes a first tissue contacting surface, and the second jaw member includes a second tissue contacting surface. A distal portion of the first jaw member is disposed at a first angle with respect to the first tissue contacting surface. The imaging device is disposed on the distal portion of the first jaw member, and is configured to capture visual data.

Abstract: A surgical instrument includes a drive shaft, a motor for rotating the drive shaft, and a motor speed control. The motor speed control includes a first switch and a second switch which are in communication with the motor. The first switch is disposed over and in registration with the second switch. The first switch has an activated state such that the first switch sends a first signal to the motor. The motor rotates the drive shaft in response to the first signal. The second switch sends a second signal to the motor that varies the speed that the motor rotates the drive shaft in response to a force applied to the second switch by the first switch.

Abstract: A surgical instrument includes a drive shaft, a motor for rotating the drive shaft, and a motor speed control. The motor speed control includes a first switch and a second switch which are in communication with the motor. The first switch is disposed over and in registration with the second switch. The first switch has an activated state such that the first switch sends a first signal to the motor. The motor rotates the drive shaft in response to the first signal. The second switch sends a second signal to the motor that varies the speed that the motor rotates the drive shaft in response to a force applied to the second switch by the first switch.

Abstract: A surgical device includes a housing, a drive shaft, a motor, a control button, and a motor speed controller. The motor is configured to rotate the drive shaft that is disposed within housing. The control button is disposed on the housing and the motor speed controller is operably associated with the control button. The motor speed controller varies an angular velocity of the motor as a function of a percent of actuation of the control button between an unactuated position and a fully actuated position.

Abstract: A surgical device includes a housing, a drive shaft, a motor, a control button, and a motor speed controller. The motor is configured to rotate the drive shaft that is disposed within housing. The control button is disposed on the housing and the motor speed controller is operably associated with the control button. The motor speed controller varies an angular velocity of the motor as a function of a percent of actuation of the control button between an unactuated position and a fully actuated position.

Abstract: A loading unit configured for engagement with a surgical instrument, and including a proximal body portion, an end effector, and an imaging device. The end effector is disposed in mechanical cooperation with the proximal body portion, and includes a first jaw member and a second jaw member. At least one of the first jaw member and the second jaw member is movable with respect to the other of the first jaw member and the second jaw member between an open position and an approximated position. The first jaw member includes a first tissue contacting surface, and the second jaw member includes a second tissue contacting surface. A distal portion of the first jaw member is disposed at a first angle with respect to the first tissue contacting surface. The imaging device is disposed on the distal portion of the first jaw member, and is configured to capture visual data.

Abstract: A surgical device includes a housing, a drive shaft, a motor, a control button, and a motor speed controller. The motor is configured to rotate the drive shaft that is disposed within housing. The control button is disposed on the housing and the motor speed controller is operably associated with the control button. The motor speed controller varies an angular velocity of the motor as a function of a percent of actuation of the control button between an unactuated position and a fully actuated position.

Abstract: A surgical instrument includes a drive shaft, a motor for rotating the drive shaft, and a motor speed control. The motor speed control includes a first switch and a second switch which are in communication with the motor. The first switch is disposed over and in registration with the second switch. The first switch has an activated state such that the first switch sends a first signal to the motor. The motor rotates the drive shaft in response to the first signal. The second switch sends a second signal to the motor that varies the speed that the motor rotates the drive shaft in response to a force applied to the second switch by the first switch.