XINDA-OC-MR-014
GCCH-1041 Broadband Laser Mirrors for 0–45° AOI
Four coating bands from 350 to 1600 nm, each source-listed in 25.4 and 50.8 diameter options
- Broadband mirror family labeled for 0–45° angles of incidence
- Four source bands: 350–400, 400–700, 700–1100, and 1100–1600 nm
- 25.4 and 50.8 diameter labels available in every band
- Available models
- 8 standard models
- Lead time
- Confirmed after model and quantity review
- Purchase method
- RFQ by model
Reference price
$348.42 - $1,003.45
Select a model to view availability.
Not sure which model? Get selection helpProduct overview and selection guidance
Product-family scope, interfaces, selection limits, and supply notes.
Eight broadband laser mirrors are distinguished by complete model, diameter with explicit mm units and source band, covering four bands in two diameter options each. The series heading states0–45° incidence, and individual cards give Rave>99% for their band. These descriptions retain the average-reflectance claim without expanding it into a minimum at every wavelength or angle. Missing mechanical dimensions, measurement conditions, materials and laser damage data are listed separately. Artwork supports family appearance only.
Models, diameters and bands
The 350–400 nm pair is GCCH-104103/104105; 400–700 nm is104113/104115; 700–1100 nm is104123/104125; and1100–1600 nm is104133/104135. Diameters within each pair are25.4/50.8 mm respectively, with explicit φ and mm on the cards. Model digits are not used to derive additional parameters. Thickness, tolerances and clear aperture are absent.
Average reflectance and incidence angle
Every card states Rave>99% for its band. This is retained as an average-reflectance claim, not a minimum at every wavelength. The series heading explicitly states0–45° incidence, but averaging method, polarization, angle-resolved curves and measurement conditions are absent. More than99% at every wavelength and angle is not guaranteed. The source word new is not a verified release date or upgrade comparison.
Appearance and mechanical mounting
Cards reuse a photograph of several blue circular optics with pale and dark edges. Color does not identify models or bands, and photographs do not establish scale, exact thickness or coating material. Multiple displayed pieces do not establish a kit quantity. Obtain individual mechanical drawings for rear construction, clamping, holders and clear aperture. Other families’ coatings are not assigned.
Laser conditions and supply
Power, damage threshold, pulse duration, surface figure, surface quality, substrate, temperature and cleaning procedure are absent. The laser designation does not establish high-power compatibility. Custom sizes are offered without a separate custom SKU. The source lists2–7 days for dispatch; confirm current delivery, quantity and accessories.
Selection checklist
Complete model, diameter and band
Averaging method, polarization and angle-resolved spectra
Thickness, tolerance, clear aperture and mechanical drawing
Material, power, quantity and delivery
To be confirmed
Average definition, test conditions and polarization
Angle-resolved wavelength curves and minimum reflectance
Thickness, tolerances, clear aperture, substrate and coating
Surface figure, damage threshold, pulse conditions and supply quantity
Procurement and technical information
Select a model so we can confirm pricing, availability, lead time, and required documents.
Procurement method
Formal RFQ by model
Lead time
Confirmed after model and quantity review
Technical documents
Request drawings and specifications with your RFQ
Typical applications
- Laser beam steering across variable angles of incidence
- Broadband illumination, imaging, and spectroscopy folds
- Multi-wavelength laboratory platforms and scanned beam paths
- Custom aperture, wavelength-band, or AOI coating inquiries
Product highlights
- Broadband mirror family labeled for 0–45° angles of incidence
- Four source bands: 350–400, 400–700, 700–1100, and 1100–1600 nm
- 25.4 and 50.8 diameter labels available in every band
- All model artworks state Rave >99%; test conditions remain to be defined