PREMIUM SELF-ADHESIVE ELECTRODE, 1.25 IN DIA, STAINLESS STEEL MESH, CLOTH BACKING, BLUE, ROUND by Chattanooga Group (A DJO Company)
OEM#: 42170PREMIUM SELF-ADHESIVE ELECTRODE, 1.25 IN DIA, STAINLESS STEEL MESH, CLOTH BACKING, BLUE, ROUND by Chattanooga Group (A DJO Company)
Chattanooga dura-stick premium electrodes are constructed of stainless steel mesh and blue gel which gives the ability to effectively deliver electrical therapy to patients. They have pure conductive layer with choice wire and molded connectors. Provide optimal current dispersion with low impedance.
Chattanooga dura-stick premium electrodes are constructed of stainless steel mesh and blue gel which gives the ability to effectively deliver electrical therapy to patients. They have pure conductive layer with choice wire and molded connectors. Provide optimal current dispersion with low impedance.
Chattanooga dura-stick premium electrodes are constructed of stainless steel mesh and blue gel which gives the ability to effectively deliver electrical therapy to patients. They have pure conductive layer with choice wire and molded connectors. Provide optimal current dispersion with low impedance.
Chattanooga dura-stick premium electrodes are constructed of stainless steel mesh and blue gel which gives the ability to effectively deliver electrical therapy to patients. They have pure conductive layer with choice wire and molded connectors. Provide optimal current dispersion with low impedance.
Chattanooga dura-stick premium electrodes are constructed of stainless steel mesh and blue gel which gives the ability to effectively deliver electrical therapy to patients. They have pure conductive layer with choice wire and molded connectors. Provide optimal current dispersion with low impedance.
Chattanooga dura-stick premium electrodes are constructed of stainless steel mesh and blue gel which gives the ability to effectively deliver electrical therapy to patients. They have pure conductive layer with choice wire and molded connectors. Provide optimal current dispersion with low impedance.