Description
Product Description
- 45° fixed mounts, compatible with mounting Ø0.5-inch, 1-inch, or 2-inch circular optical components.
- Compatible with multiple series of Oeabt optical adjustment mounts.
- Using two or more mirror mounts enables quick setup of optical path elevation.
- Equipped with two through holes perpendicular to each other (90°), supporting both beam transmission and reflection, ideal for beam-splitting applications.
These 45° mounts are perfect for fixing mirrors or beam splitters at a 45° angle in optical setups. The two mutually perpendicular through holes make them suitable not only for beam reflection applications but also for semi-reflective and semi-transmissive applications using beam splitters.
| Model | SM1-1T | SM2-2T | SM05-FS | SM1-FS |
| Dimensions | Ø34.0*32.0mm | Ø68*60.0mm | Ø34.0*32.0mm | Ø34.0*32.0mm |
| Lens Mounting | Ø1 inch | Ø2 inches | Ø0.5 inch | Ø1 inch |
| Beam Through Holes | Ø26.0mm, Ø18.9mm | Ø53.4mm, Ø38.0mm | Ø14.1mm, Ø4.6mm | Ø26.0mm, Ø10.8mm |
| Thread Type | – | – | M4 | M4 |
| Weight | 20.0g | 163.6g | 11.4g | 74.1g |
Technical Description
These 45° mounts are perfect for fixing mirrors or beam splitters at a 45° angle in optical setups. Equipped with two mutually perpendicular through holes, they are suitable not only for beam reflection applications but also for semi-reflective and semi-transmissive applications using beam splitters. Optical components are fixed by nylon set screws on the top, accommodating components as thin as 3mm, which can be tightened with a 2mm hex wrench.
This series of mounts can be fixed in smooth-hole Ø0.5-inch, 1-inch, or 2-inch optical adjustment mounts, allowing the use of different types of optical devices on standard adjustment mounts. For example, two or more 45° mirror mounts paired with adjustment mounts enable quick setup of optical path elevation.
The SM05-FS and SM1-FS mounts can not only be installed in optical adjustment mounts but also have threaded bases with M4 screw holes for rod mounting. With this design, they can be used to guide light beams from horizontal to vertical trajectories, or even at any tilt angle.
Assembly
Application Example
