Holder Attached Surface Accuracy Guaranteed Mirror / HTFM-25.4C08-266-MHG-HS
By bonding the coated surface to our Kinematic Mirror Holders, a λ/10 surface flatness is guaranteed! This product is suitable for high accuracy wavefront optical systems and interferometer requirements.
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Part Number
HTFM-25.4C08-266-MHG-HS
S$582.95
◦2 types of performance mirror holders are offered: high stability mirror holder (MHG-HS) or production model (MHG-MP).
Catalog Code | W3003 |
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RoHS | Yes |
CE | No |
Download Product's Datasheet | |
Guide | ▶The Production model (MHG-MP) is equipped with locking mechanisms on the adjustment screw. ▶This product can be attached to a rod (RO-**-**: separately available or a post stand (PST-**: separately available). WEB Reference Catalog Code/W6052 |
Attention | ▶The mirror surface will protrude by 2mm beyond the front surface of the holder after attachment. ▶Surface flatness data is not provided standard with the product. Please contact our Sales Division for this data at an additional charge. ▶Surface flatness will not be guaranteed when the mirror is detached. ▶Any impacted shock to the holder or mirror may result in poor surface flatness. ▶For production model (MHG-MP), the rotation center is at the external side of the mirror (support point of the holder) ▶When fixing the high stability model (MHG-HS) to a flat surface, please use supplied plate for attaching posts. ▶The optical axis will be 10mm higher after attaching the supplied plates. |
Coating | Dielectric multi-layer coating |
Surface Quality (Scratch-Dig) | 10−5 |
Wavelength Range | 266nm |
Reflectance | >99.2% |
Holder part number | MHG-HS25 |
Weight | 0.12kg |
Primary material | Aluminum |
Optics Diameter φD | φ25.4mm |
Adjustment Range /tilt | ±3° |
Adjustment Range /Rotation | ±3° |
Incident angle | 45°±3° |
Finish | Black Anodized |
Resolution /Tilt | about 0.39°/rotation |
Resolution /Rotation | about 0.39°/rotation |
Clear aperture | 80% of the diameter |
Rear surface | Polished |
Number of Adjustment axes | 3axes |
Surface accuracy before Coating | λ/10 |