Kinematic Mirror Holder Thin for 30mm Mirror

MHGT-30

3d-simple-product
A new design based on the Kinematic mirror holders (MHG) resulting in reduced prices. These holders are best for experiments using many simple mirror holders or for use in production devices.
◦a small footprint offers more adjustment space compared to the MHG series.
◦Mirrors are held are at three points along the side to distribute the stress on the mirror evenly.
◦The thin frame and setscrew mounting method insure that large clear apertures can be obtained with reflected or transmitted light.




More Information
Name Kinematic Mirror Holder Thin for 30mm Mirror
Weight 0.0670kgs
Guide
  • Threaded and counterbored mounting holes allow MHGT to be mounted on female threaded M4 posts or on male threaded M6 posts.
  • If lockable adjusters are required, see MHG-NL mirror holders.
  • WEB Reference Catalog Code/W4001
Attention
  • The installation center of the post is offset from the mirror reflective surface. These holders cannot be used for installation on an optical bench at 45 degrees incidence. Please use the mirror holders without offset (MHI).
  • WEB Reference Catalog Code/W4102
  • The rotation center of fine adjustment does not match the mirror reflective surface. For fine measurement, Please use gimbal mirror holders (MHAN) of which rotation center of fine adjustment matches the mirror reflective surface.
  • WEB Reference Catalog Code/W4010
Image Label Kinematic Mirror Holder Thin for 30mm Mirror
Diameter 30mm
Mounting Thread 8-32/M4 Thru
Compatible Optics Diameter φA φ30mm
Compatible Optics Thickness 3 - 5mm
Though hole φB φ27mm
Number of Adjustment Axes 2 points
Adjustment Range /Tilt ±3°
Adjustment Range /Rotation ±3°
Resolution /Tilt about 0.39°/rotation
Resolution /Rotation about 0.39°/rotation
In stock
SKU
MHGT-30
€45.30

Delivery in : 3-5 days

A new design based on the Kinematic mirror holders (MHG) resulting in reduced prices. These holders are best for experiments using many simple mirror holders or for use in production devices.

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