Features

• Because of the gimbal structure, the mirror's reflecting surface is the center of rotation, and you can freely change the angle of the mirror.
• It can be used to change the direction of the laser beam or the direction of the reflected beam.
• The gimbal structure and the fine tuning mechanism with the switching clamp allow fine adjustment of the angle of the reflected beam in all directions.
• Because the mirror's reflecting surface is pressed against the mirror frame's reference surface by the threading, the mirror's thickness does not change the position of the reflecting surface, and the center of rotation always comes to the reflecting surface.
• Holders with a mirror diameter of φ60 mm or less use adjustment screws with a pitch of 0.25 mm, thus saving space and achieving precise angular adjustment.
• RO-20-60 (outer diameter φ20 mm, length 60 mm) is connected to the rod, but the rod can be replaced with other sizes. However, tools such as vise and pliers are required to remove and assemble the rod.
• Kinematic mirror holder (MHG-NL) with low optical axis and high stability is also available.
• An adjustment screw is replaced with a micrometer with a scale (NHAN-M).
• * When the beam splitter is used at 45 degree incidence, the beam is chipped by the mirror frame and the effective transmission diameter is reduced.
• * When using a beam splitter, we recommend a gimbal type beam splitter holder (BHAN) that can increase the effective transmission diameter.
• * After adjusting the optical system, make sure that the switching clamp of the mirror holder is firmly tightened.
• * If the switching clamp is not tightened, the fine adjustment mechanism may not work, or the holder may move, causing the optical system adjustment to be out of order.
• * When fixing to the rod stand, be sure to fix the rod so that it does not move before adjusting the mirror holder.
• * When the rod is held by the middle ring of the rod stand, be especially careful not to forget to tighten the rod stand.