The laser equipped lift pad device provides for exact lift pad placement below an automobile. The device's embedded lasers shine directly upwardly toward a given work surface, an auto. By projecting laser light upwardly, a technician need only view the laser lighted surface or object of the auto and locate the devices one time, then lift the auto without repeated bended, kneeling, and inspection. The device ensures worker safety with exact locating capability, as incorrect lift point engagements and possible auto shift or fall is negated. The device thereby also ensures against auto damage which can be caused by engaging improper lift points of the auto. In negating repeated kneeling and bending, the laser equipped lift pad device also saves labor time and prevents laborer injury. The device easily replaces existing lift pads via either the pair of mount holes or the mount shaft, depending upon the given lift.