Used COHERENT K2K #9328663 for sale

COHERENT K2K is a laser equipment that is used for laser tissue welding. It is a single-source laser that combines both laser welding and cutting in a single device. It utilizes a wavelength of 1.06μm, which is a safe wavelength for tissue welding. It has a maximum output power of up to 2.5 kW and can be used for precision welding with high-speed, millisecond pulse, or for cutting with longer pulses. This laser system has the ability to adjust focal length through a zoom lens, allowing for a wide range of welding and cutting capabilities. It also has the ability to integrate with imaging technologies such as Computer Tomography or Endoscopes, allowing for more precision in the welding or cutting processes. K2K is designed to provide excellent welding quality with a range of pulse lengths, peak powers, and spot sizes, while maintaining a safe and reliable laser unit. It is a highly reliable device with a long-term stability of 0.001 absorption per hour, and a broad spectral line width of 0.001 cm-2. The laser is also outfitted with advanced monitoring capabilities, allowing for automated monitoring, autofocus, and autocalibration ensuring quality and safety of each weld. COHERENT K2K is well equipped to perform a wide range of tissue welding applications. Its adjustable pulse lengths, power levels, and spot sizes are key elements to its welding capabilities. It has the ability to weld most organic materials such as cartilage, bone, muscle, and collagen. It also has the capability to weld different thicknesses of material, allowing surgeons to work in various dimensions and sizes. This allows for a wide range of applications including cosmetic plastic and reconstructive surgery, as well as in microsurgery and orthopedic surgery. Overall, K2K is an efficient and reliable laser machine that offers a wide range of welding and cutting capabilities. Its wide range of features and applications make it a suitable choice for a variety of laser welding and tissue welding procedures. Its long-term stability, advanced monitoring capabilities, and autofocus and autocalibration features make it a safe and reliable option for medical procedures.