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Wave plate×MSHシステムズ - メーカー・企業と製品の一覧

Wave plateの製品一覧

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Zero-order wave plate (optical coupling model)

Zero-order wave plate (optical coupling model)

Zero-order wave plates with enhanced transmittance due to AR coating treatment on both sides. A rich lineup of wavelengths is available for λ/2 plates and λ/4 plates.

This is a wavelength plate made from two thin slices. It is used to introduce a phase difference between two orthogonal polarization components and to change the state of incident polarized light. There are λ/2 plates and λ/4 plates; the λ/2 plate shifts the phase difference by λ/2 (180°) and rotates the incident linear polarization. The λ/4 plate shifts the phase difference by λ/4 (90°) and is used to convert linear polarization into circular polarization. To maximize transmission, a multilayer dielectric anti-reflection coating is applied to both sides of the wavelength plate. The wavelength plate is delivered mounted. - Easy adjustment - Wide temperature tolerance - Wide wavelength bandwidth - Compatible wavelength: 244 to 1550 nm - Suitable for both high-power and low-power lasers

  • Laser Components
  • Optical Experimental Parts
  • Other optical parts

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Achromatic wave plate (air space model)

Achromatic wave plate (air space model)

An achromatic wave plate with excellent retardation characteristics over a wide wavelength range, ideal for use with tunable lasers and broad-spectrum light sources.

This is an achromatic wave plate with high-efficiency broadband anti-reflection coating, featuring excellent retardation characteristics over a wide wavelength range. The flat response characteristics of this wave plate make it ideal for use with wavelength-tunable lasers, multi-laser systems, and broad-spectrum light sources. - High-efficiency broadband anti-reflection coating applied - Excellent retardation characteristics: Tolerance < λ/100 across the entire wavelength range - Ideal for use with wavelength-tunable lasers, multi-laser systems, and broad-spectrum light sources - Supported wavelengths: 450 to 1650 nm (four wavelength ranges available)

  • Laser Components
  • Optical Experimental Parts
  • Other optical parts

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Zero-order wave plate (air space model)

Zero-order wave plate (air space model)

Zero-order wave plates made from single crystal quartz for high-power laser applications. A rich lineup of wavelengths is available with λ/2 plates and λ/4 plates.

This is a wavelength plate made from single crystal quartz. It is used to introduce a phase difference between two orthogonal polarization components and to change the state of the incident polarization. There are λ/2 plates and λ/4 plates; the λ/2 plate shifts the phase difference by λ/2 (180°), rotating the incident linear polarization. The λ/4 plate shifts the phase difference by λ/4 (90°) and is used to convert linear polarization into circular polarization. - Compatible with high-power lasers - Wavelength range: 257 to 1064 nm

  • Laser Components
  • Optical Experimental Parts
  • Other optical parts

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Low-order wave plate

Low-order wave plate

A wavelength plate suitable for high and low power laser applications. It is coated with multilayer dielectric anti-reflection coatings on both sides to maximize transmittance.

This is a wavelength plate made of high-quality optical-grade crystal quartz, suitable for high and low power laser applications. It rotates the polarization direction (λ/2) or converts linear polarization to circular polarization or vice versa (λ/4). This low-order wavelength plate is provided mounted, with multilayer dielectric anti-reflective coatings applied to both sides to maximize transmittance. - Low price - Superior temperature and wavelength dependence compared to multi-order wavelength plates

  • Laser Components
  • Optical Experimental Parts
  • Other optical parts

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Multi-order wavelength plate

Multi-order wavelength plate

A wavelength plate suitable for high and low power laser applications. It is coated with a multilayer dielectric anti-reflective coating on both sides to maximize transmittance.

This is a wavelength plate made of high-quality optical-grade crystal quartz, suitable for high and low power laser applications. It is provided mounted and has multilayer dielectric anti-reflective coatings on both sides to maximize transmittance. It rotates the polarization direction (λ/2) or converts linear polarization to circular polarization or vice versa (λ/4). *The retardation of multi-order wavelength plates has slightly higher temperature dependence compared to zero-order wavelength plates. - Low price - Made from single crystal plates

  • Laser Components
  • Optical Experimental Parts
  • Other optical parts

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