Alluxa高性能濾光片以的設(shè)計工藝和鍍膜過程控制,使Alluxa濾光片具有行業(yè)內(nèi)高的透過率,*的截至深度和波長性,其中通過SIRRUS™離子束沉積硬鍍膜技術(shù),也使得Alluxa濾光片具有使用壽命長,高損傷閾值,以及*的批次穩(wěn)定性等特點,并已經(jīng)廣泛應(yīng)用于生物熒光系統(tǒng)、拉曼系統(tǒng)、量子、雷達通訊等精密光學(xué)系統(tǒng)中.

Alluxa除了豐富的標(biāo)準(zhǔn)品,同時提供定制服務(wù),并且定制成本在行業(yè)內(nèi)有相當(dāng)大的競爭力.

Alluxa拉曼濾光片

1. 帶通濾光片：單帶通濾光片、多帶通濾光片.

圖1.各種ULTRA系列帶通濾波片顯示從紫外到紅外的高透過率。

應(yīng)用：熒光系統(tǒng), 流式細胞儀, 拉曼光譜, LIDAR和光譜成像等.

特點：

• 透過率：可達99%
• 截至深度：~OD10
• 陡度：0.5% CWL @ 50%T~OD6
• 波長范圍：250nm~ 6.2 µm可選
• 波長精度誤差： 0.25%CWL
• 透過波前差(RMS)： 優(yōu)0.01λ per inch @ 632.8 nm

用于熒光應(yīng)用的多頻帶濾光片

ULTRA系列具有超高的截至陡度，高達98%的透過率和OD6以上的截至能力。

ULTRA系列多頻帶通濾光片可以設(shè)計為10個以上的透過波段，波段之間的OD值大于8，超高的截至陡度，高達98％的透過率。 它們非常適合用作熒光技術(shù)中的激發(fā)或發(fā)射濾光片，要求在單個樣本中同時檢測多個熒光團。

2. 超窄帶通濾波器

用于1064 nm Nd：YAG激光器的截至深度OD6的超窄帶濾光片。

憑借業(yè)界窄的帶寬和高的透過率，Alluxa的薄膜超窄帶帶通濾光片將優(yōu)化基于激光的系統(tǒng)的性能。

超窄濾光片非常適合用作激光線，激光清除或激光激發(fā)濾光片，適用于熒光顯微鏡，流式細胞儀和DNA測序等應(yīng)用。它們對激光損傷也很有抵抗力，可確保它們長時間保持高水平的性能。

應(yīng)用：LIDAR, 拉曼光譜, 及需要凈化激光器的精密光學(xué)系統(tǒng).

特點：

• 透過率：可達98%
• 窄帶寬： 0.1nm
• 截至深度： ~OD10
• 波長范圍： 250nm~6.2 µm可選
• 中心波長精度：0.05nm
• 透過波前差(RMS)： 優(yōu)0.01λ per inch @ 632.8 nm

精密控制用的Flat-top超窄帶通濾光片

Flat-top超窄帶帶通濾光片具有的截至陡度，深度截至和正方形的光譜形狀。

Flat-top,超窄的帶通濾波器特別設(shè)計，在整個通帶中有極陡的邊緣和高透過率。這個正方形的光譜形狀可以達到0.1 nm的帶寬。Flat-top窄帶濾波器是理想的激光雷達、拉曼光譜和其他需要使用精密激光發(fā)射濾波器或激光清理過濾器的應(yīng)用。

3. Notch陷波濾波器：單帶通陷波濾光片, 多帶通陷波濾光片

用于532 nm倍頻Nd：YAG激光器阻斷的寬范圍陷波濾波器。

ULTRA系列陷波濾光片的深度截至，嚴(yán)格的波長控制，的截至陡度和大范圍的傳輸都可以在不犧牲目標(biāo)波段質(zhì)量的情況下阻擋激光器或其他光源，拉曼濾光片。

ULTRA系列陷波濾光片都是為了超越的儀器的要求而設(shè)計和嚴(yán)格測試的。它們在熒光顯微鏡、內(nèi)窺鏡檢查和DNA測序等應(yīng)用中非常理想。

ULTRA系列陷波濾光片也可以定制截至陡度用于拉曼光譜應(yīng)用。在某些拉曼應(yīng)用中，陷波濾光片用來阻斷激發(fā)激光波長，同時將斯托克斯和反斯托克斯信號傳輸?shù)綑z測器。如果缺口邊緣不夠陡峭，那么接近激光波長的信號就會丟失。

應(yīng)用：熒光顯微鏡成像、流式細胞儀、拉曼光譜等.

特點：

• 透過率：可達99%
• 反射率：可達99.5%
• 波長誤差：< ± 0.5% Edge wavelength
• 波長范圍：250 nm to 6.2 µm可選
• 陡度：1 % Edge wavelength @ 10%T~90%T
• 透過波前差(RMS)： 優(yōu)0.01λ per inch @ 632.8 nm

多陷波濾波器

具有的截至陡度，深度截至和大范圍透過率接近100％的多陷波濾波器。

ULTRA系列多陷波濾光片可以設(shè)計成在帶之間具有比OD8更大的截至深度，的截至陡度和高達98％的透過率。它們非常適用于需要同時阻斷多條激光線的應(yīng)用，。

483-40 OD6 ULTRA Bandpass Filter

Alluxa's ULTRA Series of fluorescence filters are designed to provide the highest level of performance currently available for off the shelf products. ULTRA Series filters provide better overall performance than our standard fluorescence filters by using a combination of tight wavelength control (typically ± 1.5 nm), ultra-steep edges, deeper blocking, and the industry's highest transmission levels. They are also specified to produce zero pixel shift when imaging multiple fluorophores. ULTRA Series filters will optimize fluorescence instrument performance, resulting in bright, high contrast images of target molecules. All of Alluxa's filters are durable and hard-coated using a proprietary deposition process.

*Auxiliary blocking typical based on the displayed spectrum.

透過率：

OD值：

524-24_673-20 OD6 ULTRA Dual-Bandpass Filter

Alluxa's ULTRA Series of fluorescence filters are designed to provide the highest level of performance currently available for off the shelf products. ULTRA Series filters provide better overall performance than our standard fluorescence filters by using a combination of tight wavelength control (typically ± 1.5 nm), ultra-steep edges, deeper blocking, and the industry's highest transmission levels. They are also specified to produce zero pixel shift when imaging multiple fluorophores. ULTRA Series filters will optimize fluorescence instrument performance, resulting in bright, high contrast images of target molecules. All of Alluxa's filters are durable and hard-coated using a proprietary deposition process.

透過率：

OD值：

475-27_544-15_632-64 OD6 ULTRA Tri-Bandpass Filter

Alluxa's ULTRA Series of fluorescence filters are designed to provide the highest level of performance currently available for off the shelf products. ULTRA Series filters provide better overall performance than our standard fluorescence filters by using a combination of tight wavelength control (typically ± 1.5 nm), ultra-steep edges, deeper blocking, and the industry's highest transmission levels. They are also specified to produce zero pixel shift when imaging multiple fluorophores. ULTRA Series filters will optimize fluorescence instrument performance, resulting in bright, high contrast images of target molecules. All of Alluxa's filters are durable and hard-coated using a proprietary deposition process.

透過率：

OD值：

1064.1-1 OD7 Ultra Narrow Bandpass

Ultra Narrow filters bring new levels of performance to filters with very narrow bandwidth responses. Typically fully blocked to OD4 or OD6 and ＜ 3 nm wide at FWHM, Alluxa Ultra Narrow Filters are uniquely steep and accurate. All Alluxa Ultra Narrow filters are fabricated with a proprietary durable, hard coating process. Even very narrow ( ＜ 0.5 nm at FWHM ) Ultra Narrow filters typically have transmission values ＞90%.

*Auxiliary blocking typical based on the displayed spectrum.
†For filters with less than 1nm bandwidth, measurement limitations may result in slight transmission variation.

透過率：

OD值：

1064.16-0.4 OD5 Ultra Narrow Bandpass

Ultra Narrow filters bring new levels of performance to filters with very narrow bandwidth responses. Typically fully blocked to OD4 or OD6 and ＜3 nm wide at FWHM, Alluxa Ultra Narrow Filters are uniquely steep and accurate. All Alluxa Ultra Narrow filters are fabricated with a proprietary durable, hard coating process. Even very narrow ( ＜ 0.5 nm at FWHM ) Ultra Narrow filters typically have transmission values ＞90%.

*Auxiliary blocking typical based on the displayed spectrum.
†For filters with less than 1nm bandwidth, measurement limitations may result in slight transmission variation. Please contact us for more information.

透過率：

OD值：

829.375-0.5 OD5 Ultra Narrow Bandpass

Ultra Narrow filters bring new levels of performance to filters with very narrow bandwidth responses. Typically fully blocked to OD4 or OD6 and ＜3 nm wide at FWHM, Alluxa Ultra Narrow Filters are uniquely steep and accurate. All Alluxa Ultra Narrow filters are fabricated with a proprietary durable, hard coating process. Even very narrow ( ＜0.5 nm at FWHM ) Ultra Narrow filters typically have transmission values ＞ 90%.

*Auxiliary blocking typical based on the displayed spectrum.
†For filters with less than 1nm bandwidth, measurement limitations may result in slight transmission variation. Please contact us for more information.

透過率：

OD值：