A surgical appliance comprising: an integrated micromechanical device; a sensory area on a surgical device wherein the surgical device comprises a surgical shaver having a truck and the truck is adapted to couple a surgical blade to a drive source and is responsive to rotation of the drive source for exerting a cutting force on the surgical blade and, the sensory area is adapted to receive the integrated micromechanical device and responsive to sensed electromechanical stimuli during a surgical procedure, the surgical device coupled to the drive source for performing surgical manipulations; an attachment mechanism for affixing the integrated micromechanical device to the sensory area for detecting surgical parameters dynamically during the surgical procedure; wherein the sensory area is on the truck and adapted to receive the integrated micromechanical device on the truck and responsive to rotation from the drive source for rotating the truck such that the sensory area experiences forces detectable by the integrated micromechanical device; a wireless transmitter for maintaining wireless communication with a controller for dynamically receiving the detected surgical parameters from the integrated micromechanical device during the surgical procedure, the surgical parameters unaffected by the presence of the integrated micromechanical device due to unobtrusive placement of the integrated micromechanical device at the sensory area, a suction port for coupling to a pump for evacuating surgical material from the shaver via a hollow core of the surgical blade; and a controller, wherein the micromechanical device is configured to send the sensed surgical parameters to the controller and wherein the controller is configured to control said pump for evacuating the surgical material from the shaver via said hollow core of the surgical blade and is configured to control the pump in response to the sensed surgical parameters. an integrated micromechanical device; a sensory area on a surgical device wherein the surgical device comprises a surgical shaver having a truck and the truck is adapted to couple a surgical blade to a drive source and is responsive to rotation of the drive source for exerting a cutting force on the surgical blade and, the sensory area is adapted to receive the integrated micromechanical device and responsive to sensed electromechanical stimuli during a surgical procedure, the surgical device coupled to the drive source for performing surgical manipulations; an attachment mechanism for affixing the integrated micromechanical device to the sensory area for detecting surgical parameters dynamically during the surgical procedure; wherein the sensory area is on the truck and adapted to receive the integrated micromechanical device on the truck and responsive to rotation from the drive source for rotating the truck such that the sensory area experiences forces detectable by the integrated micromechanical device; a wireless transmitter for maintaining wireless communication with a controller for dynamically receiving the detected surgical parameters from the integrated micromechanical device during the surgical procedure, the surgical parameters unaffected by the presence of the integrated micromechanical device due to unobtrusive placement of the integrated micromechanical device at the sensory area, a suction port for coupling to a pump for evacuating surgical material from the shaver via a hollow core of the surgical blade; and a controller, wherein the micromechanical device is configured to send the sensed surgical parameters to the controller and wherein the controller is configured to control said pump for evacuating the surgical material from the shaver via said hollow core of the surgical blade and is configured to control the pump in response to the sensed surgical parameters.