Wide selection of holders for linear and/or angular adjustment of an optical element. Optical positioners includes: large aperture optical mounts, kinematic mirror and beamsplitter mounts, precision and high stability L-Shaped steel optical mounts, precision kinematic optical mount, miniature mirror/beamsplitter mounts, mirror mounts with locking screws, gimbal mount, round optics adapters, adapters for mirrors and beamsplitters at 45 deg, adapters for polarizers at 56 deg., budget kinematic optical mounts, precision optical mounts of side control series T, flipping mirror/beamsplitter mount, prism holders, polarizer holders, high precision rotation polarizer waveplate mounts, kinematic adjustable polarizer holders of side drive, vertical drive optical mounts.
This Polarizer Holder is an original mount with revolving conical angular scale on the face of the holder. This enables the user to set the current position on the scale to any chosen angle independently of the position of the holder.
The Beamsplitter Mount of Side Drive accepts optics 25.4 mm in diameter. The style of the mount relates to such as 840-0195 and 840-0032. Optics is stopped by a rest-flange inside the central aperture of the platform.
The Adjustable Polarizer Holder is a 1 inch polarizer with an integrated adjustment of tilt and tip about two orthogonal axes within ±2.5°. The design is the slimmest ever. The polarizer platform is graduated in 2° on 360° angular scale.
The Five-Axes Optical Mount consists of: top side regulation two-axes kinematic mirror mount with two screws, two-axes translation stage with 2 mm travel range driven by two screws and zoom providing 10 mm travel range.
The Kinematic Vertical Drive Optical Mount/Vertical Drive Optical Mounts for 1'', 2'' or 3'' optics are designed to minimize mount-induced wavefront distortions. In conventional mounts, the mirror is tightened by a side screw.
Optics is stopped by a rest-flange inside the central aperture of the platform and is secured by a hex fixing screw with hard plastic tip. It is ideal for microscope objectives, mounted pinholes, fiber optics chucks and diode lasers.