Super Mirror

Super Mirror
Specifications
| Product Introduction

, we design and manufacture super Mirror with high LIDT(Laser Induced Damage Threshold) for most demanding laser applications. In the processing process, we use ultra-smooth Polishing technology and Ion Beam Polishing (IBP) Polishing technology (IBF) to manufacture high smoothness and high surface quality of the substrate, and then with advanced coating technology and ultra-high precision optical cavity ring down (CRD) measurement technology to ensure reflectivity of up to 99.999%, equipped with damage threshold measurement system can monitor LIDT(Laser Induced Damage Threshold) meet product application requirements. Therefore, we can provide high reflectivity, high LIDT(Laser Induced Damage Threshold) and environmental stability of high quality ultra-high reflectivity Mirror.

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materials from visible to Infrared(IR,1030/1064nm) bands available

· HR-532 nm, HR-1064 nm, HR-1550 nm

· R > 99.999% @532 nm, 1064 nm, 1550 nm

· Application areas: environmental gas detection and analysis, used for Optics frequency atomic clock and quantum precision measurement of the ultra-stable cavity construction, ring Laser gyroscope, etc.

·

finish: center area 10-5 S/D, up to 0-0 S/D;

· Center Outer Area 20/10 S/D

· Customizable shape and size

· High LIDT(Laser Induced Damage Threshold)

| Optical Testing Capacity

, we have the use of optical cavity ring-down method (CRD) accurate measurement of ultra-high reflectivity test ability, can be 532nm, 1064nm and 1550nm band ultra-high reflectivity components to measure its ultra-high reflectivity, the test range can reach 99.9% ~ 99.9995%. CRD technology is a mirror ring-down test technology, measuring Laser in the Laser cavity ring-down time, so as to measure the component reflectivity, is a high-precision measurement of ultra-high reflectivity method.

Super Mirror

StrongLabs
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