Beamsplitter / Kinematic Mirror Mount Manufacturer

Beamsplitter / Kinematic Mirror Mount

: http://optical-equipment.com/3-2-beamsplitter-kinematic-mirror-mount.html

This product has been discontinued and removed from our shelves.

Beamsplitter / kinematic mirror mount can be used in laser processing, optical experiments and automatic measurement and testing and other places that require to assemble beamsplitter mirror mount.

Features

Use steel ball and wedge drive mechanism to turn the pitching adjustment along the optical axis to the direction perpendicular to the optical axis.
Light path will not be shaded due to a special drive mode.
Lockable adjustment screw pair can be fixed when adjusted to a suitable place.
Diameter: 12.7-38.1mm available

Features

Diameter: 38.1-50.8mm available.
Adjusted by lockable M6x0.25 fine adjustment screw, the mirror mount loosening due to vibration can be greatly avoided.
High performance tension spring returns with uniform return force and reduced stress.
The mounting holes of 2 directions are suitable for different optical path.

Features

Diameter: 20-50.8mm available.
Adjusted by lockable M6x0.25 fine adjustment screw, the mirror mount loosening due to vibration can be greatly avoided.
High performance tension spring returns with uniform return force and reduced stress.
The mounting holes of 2 directions are suitable for different optical path.

Specification

Model	WN130KM10	WN130KM15	WN130KM30	WN130KM45	WN130KM50
A	10 mm	15 mm	30 mm	45 mm	50 mm
B	15 mm	25 mm	45 mm	60 mm	75 mm
C	20.5 mm	23 mm	30.5 mm	38 mm	40.5 mm
D	23 mm	28 mm	38 mm	45.5 mm	53 mm

Features

Adjusted by lockable M6x0.25 fine adjustment screw, the mirror mount loosening due to vibration can be greatly avoided.
Disc spring returns with adjustable return force.
The mounting seat with opening makes it convenient to align.
The lens tube can be used for housing optics and then fixed to the mirror mounts.
The optics can be effectively protected by Teflon gasket.
The mounting holes of 2 directions are suitable for different optical path.