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XINDA-OC-MR-005

GCCH-101 Nd:YAG Laser-Line Mirrors

Seven source-verified model and AOI records for 266, 355, 532, and 1064 nm

  • Mirror family for Nd:YAG fundamental and harmonic laser lines
  • Source-mapped 0° and 45° choices at 266, 355, and 532 nm
  • One source-verified 1064 nm option at 45°
Available models
7 standard models
Lead time
Confirmed after model and quantity review
Purchase method
RFQ by model

Reference price

$278.74 - $468.28

Select a model to view availability.

View 7 models
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Product overview and selection guidance

Product-family scope, interfaces, selection limits, and supply notes.

Seven Nd:YAG laser mirror options are distinguished by complete model and source wavelength/angle labels, covering the listed combinations at 266, 355, 532 and 1064 nm. Every card gives a >99.8% reflectance claim but omits measurement conditions, full spectra and explicit dimensions. These descriptions preserve model-specific differences and flag the undefined number 25, mounting conditions and laser handling limits for confirmation. Shared photographic color is not used to invent individual model specifications.

Complete models, wavelengths and angles

GCCH-101342/101344 are labeled 355 nm at 45°/0° respectively; 101046 is 532 nm at 0°; 101062 is 1064 nm at 45°; 101042 is 532 nm at 45°; and 101312/101314 are 266 nm at 45°/0°. Values come from individual cards, not decoded model digits. Only listed options are retained; an unlisted 1064 nm, 0° version is not added.

Reflectance and an undefined number

Every card gives >99.8% at its stated wavelength, retained as a source reflectance claim. Card angles are preserved, but their reference and tolerance are not defined in text; neither 0° nor 45° is expanded into broad-angle compatibility. Polarization, measurement conditions, wavelength tolerance and full reflectance spectra are absent. The preceding number 25 has no unit or field name and is not a verified diameter, thickness or clear aperture.

Appearance and mechanical mounting

All cards reuse a photograph of four circular optics with differently colored reflective faces and substantial pale or pinkish edges. Color does not identify an individual model, substrate, coating composition or wavelength. Four photographed pieces do not establish a four-piece pack. Dimensions, tolerances, clear aperture, rear construction and clamping requirements are unknown; confirm holders and mounting compatibility separately.

Laser conditions and custom sizes

Nd:YAG laser mirror is the source designation, not a guarantee of compatibility with every wavelength, power or pulse condition. Damage threshold, power, pulse duration, surface figure, surface quality, environment and cleaning conditions are unspecified. Custom sizes are offered without a separate custom SKU. The source lists 2–7 days for dispatch; confirm current lead time, quantity and accessories.

Selection checklist

Complete model, operating wavelength and card angle

Angle reference, polarization and reflectance test

Definition of 25 and individual dimensioned drawing

Laser power, pulse conditions, clamping and quantity

To be confirmed

Meaning/unit of 25 and all dimensions

Angle reference, tolerance, polarization and reflectance spectrum

Substrate, coating, surface figure and surface quality

Damage threshold, power, pulse conditions, quantity and delivery

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

  • Nd:YAG fundamental, doubled, tripled, and quadrupled beam paths
  • Laser steering, folding, and laboratory beam transport
  • Separate normal-incidence and 45-degree fold geometries
  • Laser-line, AOI, and beam-condition RFQs

Product highlights

  • Mirror family for Nd:YAG fundamental and harmonic laser lines
  • Source-mapped 0° and 45° choices at 266, 355, and 532 nm
  • One source-verified 1064 nm option at 45°
  • Seven exact model-to-wavelength/AOI records