metallic mirror coatings
"
50T/50R 薄膜光学コーティング 部分反射誘電体ミラーコーティング
Single Wavelength Partial Reflective Coating, P-polarized S-polarized Beam Splitting Thin Film Optical Coating Overview: Single Wavelength Partial Reflective coating is a very thin layer of interference coating applied on one surface of the substrate. This surface will reflect back a designated ratio light that strikes its surface while letting the other go straight through. The ratio of the power between two beams is determined by the coating. By adjusting the design, we can
金属薄膜光学コーティング 高反射コーティング 広波長域対応
Metallic High Reflective Coating, Metal-coated AOI insensitive Mirror Thin Film Optical Coating Overview: Metallic High Reflective Coating has high reflectivity over the widest spectral region of the spectrum. Star Optic offers a series of metallic coatings for applications using wavelengths ranging from 400nm to beyond 12μm which includes UV Protected Aluminum, Enhanced Aluminum, Protected Aluminum, Protected Silver, Enhanced Silver and Protected Gold. Our metallic high
50.8 mm 金属コーティング ミラー保護アルミニウム コーティング AOI 鈍感ミラー
Metal Coated Flat Mirror, Metal-coated AOI Insensitive Mirror Overview: Metal Coated Flat Mirrors are convenient in that they are extremely broadband and can be used at any angle of incidence. We offer Gold, Silver and Aluminum high reflection coatings formed by vacuum deposition. All metallic reflectors can be over-coated with dielectric film of MgF2 or SiO2 in order to prevent oxidation of the metallic surface and provide abrasion resistance. Protected Gold provides
金属コーティング光学ミラー アルミニウム Al 凹面鏡
Metal Coated Concave Mirror, Ideal For Focusing Ti:Sapphire And Yb:Doped Laser Pulses Overview: Metal Coated Concave Mirrors (Metal Coated Focusing Mirrors) are characterized by one concave surface with metallic high reflection coating. The reflective coating allows focusing of a light beam. Most common coating materials include aluminum Al, gold Au or silver Ag. A requirement for a focusing mirror is when no chromatic aberration is allowed in a broad spectral range. Yet
アライメント用斜辺コーティング直角プリズムミラー Thorlabs Gold Au
Hypotenuse-Coated Right-Angle Prism Mirrors, Turning Mirrors Ideal For Alignment Overview: Star Optic offers Right-angle Prism Mirrors with the reflective metallic coatings deposited on the prism's hypotenuse: coating materials include aluminum Al, gold Au or silver Ag. These Hypotenuse-coated Right-angle Prism Mirrors are designed to reflect light that is externally incident on the hypotenuse of the prism.The mirrors reduce alignment time and increase the rigidity of an
D型ピックオフミラー 直径25.4mm ビームスプリッターミラー
D-Shaped Pickoff Mirror, Seperating Closely Spaced Beams Overview: D-Shaped pickoff mirrors allow for easy separation of two or multiple beams which are aligned very closely together. The reflective coating of D-shaped mirrors extends to the stage that leaving less than 0.1mm distance to the straight edge of the mirror, enabling the separation of closely spaced optical beams. In addition, a wedge behind the mirror straight edge is cut to prevent unselected rays from blocking
広角ブロードバンド誘電体ミラー ブロード スペクトル レーザー リフレクター 20Hz
Overview: Dielectric Broadband Mirrors provide an optimized performance at broad wavelength range and wide angle of incidence (AOI). These multilayer coating stacks helps to achieve the highest possible reflectivity at broad spectrum region at normal to 45 degrees incidence. Therefore, they are ideal for beam steering or reflection applications utilizing multiple laser sources. Coatings are provided by Ion Beam Sputtering (IBS) or Electron beam evaporation with/without Ion
532nm 光学ミラー 25.4mm Plano Concave Mirror Inspection Polished
Dielectric Concave Mirror, High Energy Focusing Mirror For 532nm And 1064nm Overview: Dielectric Concave Mirrors (Dielectirc Focusing Mirrors) are characterized by one concave surface with metallic high reflection coating. The reflective coating allows focusing of a light beam. Most common coating materials include aluminum Al, gold Au or silver Ag. A requirement for a focusing mirror is when no chromatic aberration is allowed in a broad spectral range. Yet another common use
