Optically Contacted Zero-Order Quarter-Wave Plate

Materials: k9 Melting Rock / Imported Rock Face: λ/4@632.8mm Surface mass: 40/20

The oscillation is also referred to as a thin membrane oscillation, a medium plating membrane oscillation that divides a laser into two bands of s and p light; suitable for high-power or high-energy laser applications; suitable for internal and external cavity applications. In modern optical systems and optical instruments; oscillations can replace double-refractive crystals; as oscillating or oscillating components; and have low loss and high damage values; often used in laser systems as internal internal oscillation and isolation components; and also used as an alternative to the Gran Taylor prism and difluent-cubes (distortion cubes)

Type of product: Spirulator Central wavelength: 1030nm

The Faraday spiraler is a magnetic device based on the magnetic light effect of Faraday; it rotates the oscillation direction of the injection light into an angle; and it is only associated with the internal magnetic field; and it is not related to the general light direction. The luminous angle of the often-used Faraday luminator is designed to be 45 or 90°. Placing a 45° radiometer between two pieces of animated device configured at 45° constitutes a light separators. The light separator is a one-way light-receiving magnetic device; there are extensive applications in laser magnification systems, lock-mode lasers and laser measurement equipment. Apricot is self-researched and designed to produce a series of rotors and separators; select high-quality TGG magnetic crystals, oscillation prisms and high-resiliency magnetic materials; ensure maximum isolation, passivity, laser damage thresholds and wide temperature coverage for the series

Type of product: Spirulator Central wavelength: 1030nm

The Faraday spiraler is a magnetic device based on the magnetic light effect of Faraday; it rotates the oscillation direction of the injection light into an angle; and it is only associated with the internal magnetic field; and it is not related to the general light direction. The luminous angle of the often-used Faraday luminator is designed to be 45 or 90°. Placing a 45° radiometer between two pieces of animated device configured at 45° constitutes a light separators. The light separator is a one-way light-receiving magnetic device; there are extensive applications in laser magnification systems, lock-mode lasers and laser measurement equipment. Apricot is self-researched and designed to produce a series of rotors and separators; select high-quality TGG magnetic crystals, oscillation prisms and high-resiliency magnetic materials; ensure maximum isolation, passivity, laser damage thresholds and wide temperature coverage for the series

Type of product: Spirulator Central wavelength: 1064nm

The Faraday spiraler is a magnetic device based on the magnetic light effect of Faraday; it rotates the oscillation direction of the injection light into an angle; and it is only associated with the internal magnetic field; and it is not related to the general light direction. The luminous angle of the often-used Faraday luminator is designed to be 45 or 90°. Placing a 45° radiometer between two pieces of animated device configured at 45° constitutes a light separators. The light separator is a one-way light-receiving magnetic device; there are extensive applications in laser magnification systems, lock-mode lasers and laser measurement equipment. Apricot is self-researched and designed to produce a series of rotors and separators; select high-quality TGG magnetic crystals, oscillation prisms and high-resiliency magnetic materials; ensure maximum isolation, passivity, laser damage thresholds and wide temperature coverage for the series

Type of product: Spirulator Central wavelength: 1064nm

The Faraday spiraler is a magnetic device based on the magnetic light effect of Faraday; it rotates the oscillation direction of the injection light into an angle; and it is only associated with the internal magnetic field; and it is not related to the general light direction. The luminous angle of the often-used Faraday luminator is designed to be 45 or 90°. Placing a 45° radiometer between two pieces of animated device configured at 45° constitutes a light separators. The light separator is a one-way light-receiving magnetic device; there are extensive applications in laser magnification systems, lock-mode lasers and laser measurement equipment. Apricot is self-researched and designed to produce a series of rotors and separators; select high-quality TGG magnetic crystals, oscillation prisms and high-resiliency magnetic materials; ensure maximum isolation, passivity, laser damage thresholds and wide temperature coverage for the series