Frequently Asked Questions
Q. "What can I expect when I receive my magnified mirror?"
A. Magnified mirrors are made using convex-shaped glass, which distorts and magnifies the image as needed depending on the strength of the magnification. For this reason, the mirror must be brought close to the user's face in order to obtain a focused reflection. Typically the user's face should be within a foot of the mirror. The more distance between the user and the mirror, the more the image will be distorted and indistinct. Likewise, the stronger the magnification of the mirror, more distortion will occur the farther away the user is from the mirror.
Q. "If the mirror needs to be close to the user, how should the mirror be installed?"
A. Since the mirror must be close to the user's face in order to obtain a focused reflection, this generally becomes a plane equal to the edge of the counter. In other words, you want the mirror to come to the edge of the counter, not short of it which would cause you to have to lean forward to get a focused reflection. If the mirror is installed in a way that requires the user to lean forward to focus repeatedly, this may lead to bad posture. If the mirror will be mounted on the wall behind the counter, a double extension arm is necessary to make the reach from the wall to the counter edge. If the mirror will be mounted on a side-wall, a single arm style is generally sufficient. Mount the mirror so that when it is in use, it will come out to the edge of the counter and when not in use it will swing back and store flat on the wall.
Q. "What do you mean when you say a mirror is "distortion free"?"
A. We choose to offer the finest quality of mirrors; from the economy line, to the affordable, to the ultimate highest quality glass mirrors available. The higher quality glass mirrors will have very little to no distortion when the user is in front of the mirror and using it. However, because of the nature of the glass and the way these mirrors are made, distortion of the user's image will be apparent the farther away the user is from the mirror. For example, even when using the finest mirror, the user's image will be somewhat indistinct when more than 2-3 feet away from the mirror. This is because these mirrors are designed for up-close use, to provide the ultimate quality reflection for applying makeup or shaving.
Q. "How is the magnification effect achieved?"
A. In their standard (non-optical) mirrors, the manufacturer uses very thin 3 mm convex-shaped (balloon-shaped) glass in their 3x and 5x models, which distorts and magnifies the image as needed depending upon the curve of the glass. In their optical mirrors, the manufacturer's 3x and 7x lenses are crafted with even thicker glass (10mm or 12mm, depending upon the diameter of the mirror and its magnification power), which is machined to obtain a plain convex lens in order to obtain the best reflected image possible with no distortion.