XINDAPRECISION INDUSTRIAL OPTICS
All products

XINDA-OC-MR-018

GCC-101203 Dual-Wavelength Dielectric Mirror

Check specifications and interfaces by original model

  • Individual original model selections
  • Original model images retained
  • Model-specific parameters and interfaces
Available models
1 standard models
Lead time
Confirmed after model and quantity review
Purchase method
RFQ by model

Reference price

$150.52

Select a model to view availability.

View 1 models
Not sure which model? Get selection help

Product overview and selection guidance

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

GCC-101203 is the dual-wavelength dielectric high-reflection mirror listed in the source for the GCC-1012 series. Its card specifies 532 and 1064 nm and a diameter marking of φ25.4. The two wavelengths are preserved as separate values rather than expanded into a continuous operating band. The diameter unit and numerical reflectance are not provided. English artwork follows the source appearance of a round blue-faced optic, while selection still requires model-specific dimensional, spectral and measurement information. Unconfirmed performance, mounting details and laser handling limits are identified explicitly so that the series name is not mistaken for a complete technical specification. Custom-size availability and current delivery must also be confirmed when ordering.

Two wavelengths and one model

The individual card identifies GCC-101203 as a dual-wavelength dielectric mirror for 532 and 1064 nm. These are two discrete wavelength values, not a continuous 532–1064 nm broadband specification. Neither wavelength is assigned a transmission function. The source supplies no wavelength tolerance, bandwidth, spectral curve or additional stocked model.

Reflection performance and operating conditions

The heading calls this a high-reflection mirror without a reflectance percentage. No greater-than-99-percent value or average/minimum guarantee is added. Dielectric coating is the stated category; layer design, substrate, incidence angle, polarization, damage threshold, pulse conditions, dispersion and power limits are absent. Obtain model-specific measurement data before assessing suitability.

Diameter marking and appearance

The card shows φ25.4 without a unit. The diameter symbol and number are retained, without assuming millimeters or clear aperture. Photography shows one round optic with a blue face and substantial pale edge; color does not identify substrate or performance. Thickness, surface figure, parallelism, tolerances, rear construction and clamping geometry lack an individual drawing. Artwork does not replace engineering data.

Selection, custom sizes and delivery

The source offers custom sizes, without adding unlisted standard SKUs or guaranteeing a requested custom specification. Confirm the complete model, operating conditions at both wavelengths, diameter unit, mounting dimensions, quantity and accessories. The source lists 2–7 days for dispatch. Check current stock, custom-size feasibility, cleaning instructions and actual delivery with the supplier.

Selection checklist

Complete model and both 532 and 1064 nm wavelengths

Diameter unit, thickness and mounting drawing

Reflectance, incidence angle, polarization and spectral tests

Damage conditions, quantity, accessories and delivery

To be confirmed

Unit of φ25.4, clear aperture, thickness and tolerances

Reflectance, bandwidth, angle, polarization and spectral curves

Substrate, layer design, damage threshold, pulse conditions and dispersion

Cleaning, quantity, accessories and actual 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

  • Polarization beam path setup
  • Experimental optics assembly
  • Optical instrument component selection

Product highlights

  • Individual original model selections
  • Original model images retained
  • Model-specific parameters and interfaces