High stability stainless steel mirror frame MHX-25.4F-R

◦Insert the reflective surface of the lens forward from the back of the frame, ensuring that the positions of the reflective surfaces of mirrors of different thicknesses are fixed relative to the frame.
Equipped with process holes for bonding and fixing lenses, as well as positioning pin holes to prevent frame rotation or positioning.
The main material is high-strength stainless steel. Although stainless steel has a high specific gravity, through optimized design, a lightweight structure has been achieved.
The mirror frame has a thin wall thickness and good thermal conductivity. When the ambient temperature changes, the internal temperature distribution is uniform, and the overall deformation of the mirror frame is small.

information

▶ pleasereferenceInstallation method of MHX special wrench and locking plate.
▶ When adjusting, use a 2mm hex wrench.
You can also choose a dedicated wrench, as shown in the picture below, model: MHX-K-M6.
▶ At the same time, a dedicated locking plate can also be selected, model: MHK-L-M6,
Convenient to achieve locking after angle adjustment.

Attention

▶ Cannot be directly connected to the M6 column (RO) for use. When using column fixation, please choose columns with M4 and 8-32 UNC thread specifications (ROC, RO-UU). Using M4 bolts, it can be directly fixed to the pillar (PST) or other base plates.
▶ The distance between the reflective mirror surface and the front of the mirror frame is 4mm. The distance between the center of the M4 screw hole and the column is 11mm.
▶ There are two specifications of threaded holes for fixing with columns, one for each. Therefore, when fixing with columns, the mirror frame cannot be installed symmetrically in the reverse direction.
However, there are two symmetrical through holes that can be fixed symmetrically using M4 bolts.
▶ When used to build optical systems such as Michelson interferometers that require a semi transparent and semi reflective cross beam, the effective aperture will become smaller.