Description

Product Description

  • Compatible with Ø1/2-inch (12mm) optical components, secured with set screws for limit positioning.
  • Angular range: ±4°.
  • MS-A12 (Lockable): Three M5*0.25 adjusters, 12.8mrad/rev (0.73°) adjustment per full rotation.
  • MS-B12: Two M2.5*0.2 adjusters, 13.96mrad/rev (0.8°) adjustment per full rotation.
  • MS-A12 features a thicker backplate and springs for stability; MS-B12 is compact and mini-sized.
  • Bottom mounting holes for rod installation.

The adjustment mounts provide ±4° pitch and yaw adjustment for Ø1/2-inch optical components, which are fixed via nylon-tipped set screws.

ModelMS-A12MS-B12
TypeHigh-precision, high stabilityMini series, suitable for limited space
Dimensions29.529.518.4mm20.0*20.0*13.2mm
Adjuster Type3x M5*0.252x M2.5*0.2
Adjustment Range±4° and 4.5mm Z-axis translation±4°
Resolution Accuracy12.8mrad/rev (0.73°)13.96mrad/rev (0.8°)
Mounting ApertureCompatible with 1/2-inch or 12mm optical components (thickness ≥3mm)Compatible with 1/2-inch or 12mm optical components (thickness ≥3mm)
Thread Hole Type2x M42x Ø3mm
Weight25.3g6.9g
Material7075 aluminum alloy7075 aluminum alloy

Technical Description

The adjustment mounts provide ±4° pitch and yaw adjustment for Ø1/2-inch optical components, which are fixed via nylon-tipped set screws.

The MS-A12 features a thicker backplate, with tighter springs and hardened inserts at all connection points to enhance stability. The MS-B12 is mini-sized, suitable for installation in optomechanical devices with limited space.

Bottom mounting holes enable left/right-hand rod installation: MS-A12 uses three M50.25 adjusters, adjusted and locked with a 2mm hex wrench; MS-B12 uses two M2.50.2 adjusters, adjusted with a 1.5mm hex wrench.

Assembly

Manual Assembly and Installation

Installation Method:

Application Example

Oeabt offers a variety of optical adjustment mounts and fixed mounts capable of installing many standard-sized optical components. The fixed optical mount features an integrated design, which can be integrated into laser systems or other compactly designed systems, suitable for applications requiring high stability. It enables easy construction of optical experimental platforms in optical path systems.

Engineering Drawing Download

MS-B12-Engineering Drawing

MS-A12-Engineering Drawing