Geometry
Provide outer/inner geometry, aperture and interface dimensions when known.
Product family / Procurement guide
optical-domes
Optical domes combine curved geometry, field-of-view needs, material choice and mechanical integration. Procurement should start with the optical configuration, dome geometry, operating band, environment and mounting interface.
01 / PRODUCT CATALOG
Browse optical-domes
Explore 3 products and use the filters to narrow the selection.
No product in this selection. Describe the requirement →
02 / HOW TO CHOOSE
Build the requirement around the buying decision
Optical role
Describe field-of-view, imaging or protective function.
Material and environment
State wavelength band, exposure and coating context.
Selection and configuration considerations
- Dome geometry and centering can affect system integration.
- Mounting and sealing context belong in the RFQ.
- A family illustration is not evidence of exact material or dimensional capability.
03 / APPLICATION CONTEXT
Typical application routes
Sensor and imaging protectionInfrared and visible optical enclosuresWide-field protective apertures
Describe the application, optical function and operating conditions so the relevant product routes can be compared.
04 / RFQ INPUTS
Move from family to specification
Share the component type, material or wavelength context, known dimensions, quantity, application and a drawing when available. Include the details you know and identify any open points for confirmation.
Prepare a family RFQ →05 / FAQ
Common procurement questions
Why does a dome RFQ need mounting details?
The optical and mechanical interfaces must be reviewed together for enclosure fit.
What distinguishes an infrared dome enquiry?
Include the wavelength band, material preference, environment and imaging configuration.
Should field of view be included?
Include the system field-of-view requirement when it is part of the optical design.
Tell us what you are sourcing.
A product name, a specification or an application is a starting point.