Custom Optical Components
A starting point for buyers who already have a drawing or a specification that does not match a standard catalog item.
Share requirements, quantities and a drawing if available. Specifications and supply terms require confirmation.
Overview
This page is a process entry point, not a material-specific product: if you have a drawing, a non-standard dimension, or a specification that falls outside the standard catalog pages, start here. Use the existing component catalog and drawing-upload RFQ flow. Further custom landing pages remain on hold. Procurement review should center on translating a drawing-defined optical need into a reviewable configuration without assuming manufacturability.
Key Selection Points
- One place to start regardless of material — routes to the right product-type page
- Drawing/specification upload supported through the RFQ form
- Bridges buyers who do not yet know the exact standard SKU they need
Applications
General category applications; suitability for a specific part requires confirmation.
Any application where the buyer already has a drawing or an out-of-catalog spec
Structure & Configuration
This module describes the physical configuration and interfaces that distinguish the product from a generic optic. For Custom Optical Components, the module focuses on translating a drawing-defined optical need into a reviewable configuration without assuming manufacturability.
- Use a labeled cross-section or configuration drawing with clear datums.
- Separate optical clear zones from mounting, sealing and handling surfaces.
- Include dimensional and inspection requirements with the enquiry for feasibility review.
- Product-specific review: connect drawing revision and datums with critical optical surfaces and document the trade-off against a standard catalog optic.
Prepare a product-specific enquiry
Include the requirements you know and identify any points that need confirmation.
| RFQ input | What to provide |
|---|---|
| Input 1 | Define the buyer objective for Custom Optical Components: translating a drawing-defined optical need into a reviewable configuration without assuming manufacturability. |
| Input 2 | Optical inputs: drawing revision and datums; material and coating specification. |
| Input 3 | Geometry and interface: critical optical surfaces; inspection and documentation expectations. |
| Input 4 | Special review note: include a controlled drawing, application context, critical-to-function dimensions and acceptance method. |
| Input 5 | State quantity and project stage without assuming MOQ, inventory or delivery timing. |
| Input 6 | Name the drawing revision and acceptance evidence required for review. |
Frequently Asked Questions
What information should I include in a drawing RFQ?
Material, dimensions and units, coating, quantity and target date if known — see the RFQ checklist for the full list. Leave genuinely unknown specifications open rather than guessing.
Do you accept custom shapes not on the standard catalog?
Share your drawing or specification through the RFQ form and we will confirm feasibility.
Which specification should be fixed first for Custom Optical Components?
Begin with drawing revision and datums. It determines how material and coating specification and critical optical surfaces should be evaluated before the mechanical details are finalized.
When is Custom Optical Components a better fit than a standard catalog optic?
Choose between them by testing the requirement for translating a drawing-defined optical need into a reviewable configuration without assuming manufacturability. If that requirement is absent, the comparison product may provide a simpler procurement path.
What should an RFQ for Custom Optical Components include?
Include a controlled drawing, application context, critical-to-function dimensions and acceptance method. Also include quantity, drawing revision and the required acceptance evidence. Final availability is confirmed during quotation.
Tell us what you are sourcing.
A product name, a specification or an application is a starting point.