Transmission Spheres
Description
5.2" FIZEAU TRANSMISSION SPHERES FOR USING ON 4“ INTERFEROMETERS - PROVIDING EXTENDED MEASURING RANGE
Available Sizes:
- f / 0.7
- f / 0.8
- f / 1.1
- f / 1.6
- f / 2.5
- f / 4.2
- f / 6.4
- f / 9.2
- f / 5.9D
- flat
Transmission Spheres
Features
- Integrated 30% wavefront expansion turns each standard 4“ interferometer virtually into a 5.2“system with 30% larger aperture
- No mechanical or optical modification required on existing systems - just mount in existing 4“ standard bayonet
- Fully interchangeable with existing standard 4“ TS
- Huge added value by up to 60% more coverage of lens surfaces in terms of visible lens aperture and pricing like classical 4“ TS
- Innovative f/ number line for improved and gap free coverage of many more surfaces for full aperture measurement
- High quality optics, mechanics and innovative assembly for long term sealing against dust
- Excellent, hand crafted reference surfaces, free of any features caused by machine- or sub aperture polishing
- "Smart Case" - the practical, user oriented and safe box- and handling system
highest quality 100% made at XONOX, Germany
Applications
- Surface Metrology
- Irregularity Measurement
- Flatness Measurement
- Interferometry
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
Contact Supplier
How to order?
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Ships from:
Germany
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Sold by:
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On FindLight:
since 2016
Frequently Asked Questions
No, there is no need for mechanical or optical modification on existing systems to use the Transmission Spheres. They can be mounted in the existing 4" standard bayonet.
The applications of the Transmission Spheres include surface metrology, irregularity measurement, flatness measurement, and interferometry.
The available sizes for the Transmission Spheres are f/0.7, f/0.8, f/1.1, f/1.6, f/2.5, f/4.2, f/6.4, f/9.2, and f/5.9D flat.
The "Smart Case" is a practical, user-oriented, and safe box-and-handling system for the Transmission Spheres.
The Transmission Spheres have an integrated 30% wavefront expansion.