Kinematic Mirror Mount

Kinematic Mirror Mount

Zolix‘s kinematic mirror mounts offer precise and repeatable optical alignment in scientific research, laser systems, and industrial setups. With fine adjustment screws and robust construction, these mounts provide exceptional control over tilt and rotational angles, allowing for precise beam steering and alignment. Available in various sizes and materials, Zolix’s kinematic mirror mounts provide consistent, high precision results in your optical applications.

Kinematic Mirror Mount Products

OMxA Multi-Axis Kinematic Mount
Up to 6 axis functions on a single mount 4 pulling springs and 0.25mm fine thread screw
NMUM Series Five-Axis Kinematic Mirror Mounts
Highly stable, adjustable mirror mount. Suitable for high-precision applications.
Universal adjustment design. Pitch and yaw rotation axes orthogonal to the centre of the optic
General Purpose Kinematic Mirror Mount
Universal Motion Frame. Designed for laser beam expanders, microscope objectives and C-mount lenses.
OMUS Series Stainless Steel Kinematic Mirror Mount
High stability and precise adjustment. Thermal stability, durability and vacuum compatibility
NMGC Series Eccentric Kinematic Mirror Mounts
Offset optical Axis. Compatible with 12.7mm, 20mm, 25.4mm, 38.1mm and 50.8mm reflectors, beamsplitters etc
NMVG Series Top Adjust Gimbal Mirror Mounts
Top-mounting screws make the NMVG ideal for setups where space is at a premium.
NMV Series Vertical Drive Kinematic Mirror Mount
Features Top-mounted adjustment wheels. Suitable for Ø12.7 to Ø50.8mm optic sizes.
Kinematic Mirror Mounts
Compatible with many optical sizes, ranging from Ø12.7 to Ø50.8mm.
NMM Series Kinematic Mirror Mount
28.5mm or 22mm profile dimensions. Ideal for setups requiring precise control over optical components.
NRAM Series Right-Angle Kinematic Mirror Mounts
Covering 12.7 to Ø50.8mm size optic. High stability, high sensitivity. Double adjustment
AUS Series Kinematic Mirror Mounts
Ideal for applications requiring precise mirror positioning. Reliable performance.