Azena Medical, LLC

Zila, Inc.

Zap Lasers, LLC

Alexandre B Di Sessa

Kenneth Lester Blanchard

Roberto Minoru Imai, Jr

Mihai I A Boitor

Jonathan Z Luo

Jacob Manshiro Abe

Medical ablation devices with user and patient feedback are disclosed herein. An example system a first haptic feedback element, a handpiece that is configured to deliver therapeutic light, a foot pedal that is configured to receive user input to control the therapeutic light, and a controller including a processor and memory, the processor executing instructions stored in the memory to: determine a selection of an operating mode of a plurality of operating modes, the operating mode having a haptic feedback feature; receive the user input from a user; and cause the first haptic feedback element to generate haptic feedback based on the user input.

Medical devices with user and patient feedback

Medical laser apparatus with display

Pre-initiated tips for handheld laser surgical devices and methods related to the same are disclosed herein. Some embodiments include a handpiece device including a tubular body; and an insert that fits within the tubular body, the insert having a terminal end that comprises a receiver. A disposable tip couples with the terminal end of the receiver, and the disposable tip has a fiber optic conduit extending from a sheath tip. In some instances the fiber tip is pre-initiated with a pigment.

Pre-initiated tips for handheld laser surgical devices and methods related to the same

Transparent displays with capacitive touch are disclosed herein. Some embodiments include a rear transparent layer having light emitting elements, an intermediate transparent structural layer disposed on the rear transparent layer, a top transparent layer having capacitive touch elements that receive touch input, and a microprocessor that receives the touch input from the capacitive touch elements and controls illumination of the light emitting elements in response to the touch input, the microprocessor being configured to use a pulse skipping scheme applied to control illumination of the light emitting elements.

Transparent displays with capacitive touch

Laser system

Laser delivery device

Laser system display

Medical apparatuses with selectively dimmable displays are disclosed herein. Some embodiments include a housing, a laser surgical handpiece device, a laser source that generates laser light that is emitted through the laser surgical handpiece device, an electroluminescent display associated with the housing, the electroluminescent display being configured to display operational settings for the laser source, the operational settings including at least power level and pulse width or duration, and a microprocessor for controlling the electroluminescent display to selectively illuminate or dim at least a portion of the operational settings displayed thereon based on the operational settings selected by a user.

Medical apparatuses with selectively dimmable displays

A multi-component sterile, disposable tip apparatus for laser surgical devices is provided and features assembly for alignment of a self-contained optical fiber to the surgical device and releasably locking assembly between the tip and device.

Disposable tip assembly for laser surgical device

An assembly for alignment of a sterile, releasably locking optical tip assembly housing an optical fiber connection to a laser surgical device includes a conductive wire sensing element. A second embodiment includes an emitter and a detector.

Surgical laser tip apparatus with alignment assembly

Disposable tip apparatus for laser surgical device

An improved, dual diode convergence module which focuses the light energy of at least two separate diode chip laser wavelengths of into a single beam and, thus, which derives the benefit of both wavelengths.

Growing community of inventors

Walnut Creek, CA, United States of America

Alexandre B Di Sessa