XINDA-OC-WP-002
GCL-0605 Polymer True Zero-Order Waveplates
Sixteen source-listed models for evidence-led polarization and retarder qualification
- Source listing confirms a polymer true-zero-order waveplate family
- Sixteen full model labels remain traceable
- Selection separates retardance, design wavelength, axis, and mechanical interface
- Available models
- 16 standard models
- Lead time
- Confirmed after model and quantity review
- Purchase method
- RFQ by model
Reference price
$265.91
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.
The GCL-0605 polymer true zero-order waveplate series includes 16 online models. Each source card identifies a complete model code but does not state retardance, design wavelength or dimensions. These descriptions retain the confirmed product category and identify the missing specifications rather than decoding model suffixes into quarter-wave, half-wave or spectral configurations. Shared photographs show black circular housings, colored central optics and Fast markings. The two pictured pieces are not a package quantity statement. Use the complete model when confirming wavelength, retardance, accuracy, dimensions and mounting with the supplier. English artwork serves as a family appearance reference; its colors and axis lines do not establish coating performance or calibrated alignment.
Model and configuration confirmation
All 16 online models are presented as polymer true zero-order waveplates. The source provides model codes without model-specific retardance, wavelength or dimensions. Use the complete code when requesting a quotation. Do not infer quarter-wave or half-wave retardance, wavelength or diameter from its suffix; confirm the actual differences between models individually.
Material category and performance limits
Polymer is an explicit source category. Polymer formulation, supporting substrates, encapsulation layers and internal construction are not described. The product is not reclassified as quartz or air-spaced. The true zero-order designation does not supply a retardance accuracy, bandwidth, temperature stability or laser damage threshold guarantee.
Appearance and mounting checks
Shared photography shows black round housings, colored central optics and Fast markings. Different photographic colors do not establish wavelength, coating, transmission or configuration differences, and do not show that each SKU includes two pieces. The axis marking is a visual reference without calibrated angle data. Confirm outside diameter, clear aperture, thickness, clamping surfaces and interfaces.
Selection and supply conditions
Specify the required retardance, actual wavelength, beam size, power and incidence conditions, then obtain documentation for the chosen model. The source offers custom sizes, which does not create additional stocked SKUs. Confirm accessories, package quantity, cleaning instructions, current stock and delivery. The source lists 2–7 days for dispatch.
Selection checklist
Complete model and required retardance
Actual wavelength and incidence conditions
Outside diameter, clear aperture, thickness and clamping
Accuracy, coating, axis alignment, accessories, quantity and delivery
To be confirmed
Model-specific retardance, wavelength and performance tolerances
Polymer formulation, substrates and internal construction
Dimensions, clear aperture, thickness, interfaces and axis calibration
Coating, transmission, bandwidth, temperature response and damage conditions
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-state conversion and polarization-rotation experiments
- Phase-retardance evaluation in laser, imaging, and inspection paths
- Polarization analysis, interferometry, and laboratory alignment
- Waveplate RFQs with specified retardance, wavelength, and mounting
Product highlights
- Source listing confirms a polymer true-zero-order waveplate family
- Sixteen full model labels remain traceable
- Selection separates retardance, design wavelength, axis, and mechanical interface
- No quarter-wave, half-wave, or wavelength value is inferred from a suffix