4 results about "Laser scalpel" patented technology

The application discloses a contact type laser scalpel convenient for speed control, and relates to the technical field of laser scalpel, which comprises a joint, a scalpel head arranged at the bottom end of the joint, and support assemblies symmetrically arranged on the two sides of the scalpel head; the support assembly comprises a spreading part, the spreading part is arranged in an inclined mode, the distance between the two spreading parts gradually decreases in the vertical upward direction, and the top end of the spreading part is hinged to the joint; the bottom end of the spreading part is in contact with human tissue S, and when the scalpel head is pushed down, the bottom ends of the two spreading parts gradually move away to push the wrinkled human tissue S flat. Two inclined spreading parts are symmetrically arranged on the two sides of the scalpel head, when the scalpel head is pushed down, the downward movement of the scalpel head can drive the bottom ends of the two spreading parts to gradually move away, so that the wrinkled human tissue S can be pushed flat, the bleeding part buried in the wrinkles is exposed, hemostasis is facilitated, the whole hemostasis process is short, the speed can be conveniently controlled, and the actual hemostasis efficiency is improved.

The application provides a kind of multi-wavelength medical laser knife device, which comprises a multi-wavelength laser source, a transmission control module, a wide-spectrum high-pass transmitter and an output module. The laser output by the multi-wavelength laser source is transmitted to the wide-spectrum high-pass transmitter through the transmission control module, and the required laser is output by the output module and acts on the target biological tissue after being selected and controlled. The application can realize the demand for high-pass (T>80%) output of ultra-wide spectrum laser (100 nm~3 mm), and can realize the multi-functional working mode of single-wavelength output, multi-wavelength simultaneous output, different spot size output and different transmission device output. The transmission efficiency is high, the structure is compact, and it can simultaneously meet various application scenarios, improve the use compatibility of the equipment and reduce the cost. The application can also automatically select the working mode of the laser according to the database to achieve the effect of different application scenarios.

The invention discloses an ultra-thin glass cutting and splitting method, which comprises a laser knife and a splitting device, and the processing steps of the laser knife comprise: S1, using the laser knife to modify the surface of the to-be-processed area of the ultra-thin glass, and forming a modified layer, the modified layer being used to make the processed surface of the ultra-thin glass form a predetermined tensile degree and density; and S2, a splitting device is adopted, the splitting device comprises a liquid nitrogen spraying module and an infrared laser local heating module, S21, the liquid nitrogen spraying module cools the lower wall of the to-be-machined area to a first preset temperature, and S22, the infrared laser local heating module heats the upper wall of the to-be-machined area to a second preset temperature, so that a preset sheet-shaped product is formed. Firstly, the surface of a to-be-machined area is modified through a laser cutter; namely, the modification layer can form a constraint protection layer on the upper surface and the lower surface of the ultra-thin glass, so that non-directional splinters are reduced, and modification of the ultra-thin glass caused by single high temperature can be avoided.

The invention relates to the technical field of medical instruments, in particular to a throat surgery laser scalpel and suction head integrated device which comprises a controller and a shell, and a driving part is arranged in the shell; a first connecting plate is arranged on an output shaft of the driving part, a connecting shaft is arranged on the first connecting plate, a second connecting plate is arranged on the connecting shaft, and a rotating rod is arranged on the second connecting plate; a sliding rod is arranged on the connecting shaft, and a suction assembly is arranged on the sliding rod; a laser transmitting tube is arranged in the shell, an optical fiber is arranged at the output end of the laser transmitting tube, a laser tool bit is arranged on one side of the shell, the optical fiber is detachably connected with the laser tool bit, and a guide assembly is arranged in the shell; and a cooling assembly is arranged on the rotating rod. By means of the suction assembly, the device can synchronously suck smoke generated in the operation process when a laser operation is conducted on a patient through the laser emitting tube. Due to the integrated design, the instrument switching time of medical staff in the operation process is shortened, and therefore the operation quality risk caused by misoperation is reduced.