Abstract: Disclosed embodiments provide a traction apparatus for promoting growth of a human penis. A light source is integrated with the traction apparatus for providing near infrared light to the penis and simultaneously apply a traction force. Embodiments include a base section, arm section, and head section. Magnetic mounts including electrical conductors supply electricity to the arm section and head section, providing power for a light source. The light source is configured to output light in near infrared wavelengths. The light can provide therapeutic effects that can enhance penis growth beyond that of a conventional traction device.

Abstract: Disclosed embodiments provide a penis pump incorporating near infrared light. The penis pump includes a control unit, wherein the control unit includes a power source, and wherein the control unit includes a suction mechanism that is powered by the power source. The penis pump further includes a tube section, coupled to the control unit, configured to receive a human penis, a plurality of light sources housed within the tube section, wherein the plurality of light sources are configured to direct near infrared light onto the human penis when the human penis is inserted into the tube section, and a base section configured to provide a seal around the human penis when the human penis is inserted into the tube section.

Abstract: Disclosed embodiments provide a traction apparatus for promoting growth of a human penis. A light source is integrated with the traction apparatus for providing near infrared light to the penis and simultaneously apply a traction force. Embodiments include a base section, arm section, and head section. Magnetic mounts including electrical conductors supply electricity to the arm section and head section, providing power for a light source. The light source is configured to output light in near infrared wavelengths. The light can provide therapeutic effects that can enhance penis growth beyond that of a conventional traction device.