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Spectroscopy | 光譜儀

Optical spectroscopy is a technique that analyzes how light interacts with matter to reveal the spectral characteristics of a sample. By using an optical spectrometer to measure light intensity across wavelengths, users can determine a sample’s composition through precise, non-destructive analysis. Optical spectrometers typically utilize diffraction gratings or prisms to disperse light and capture detailed spectral data. Spectrometers are used across a wide range of applications including material identification, environmental testing, display and light source calibration, and optical metrology.

Edmund Optics offers a range of optical spectrometers and compatible accessories. Our selection includes gas cells, reflectance standards, phantom samples, fiber optics, and light sources—along with optical elements such as filters, lenses, and gratings for custom system integration. Whether you're building a custom solution or seeking a turnkey system, our spectrometers support UV-VIS spectroscopy, NIR spectroscopy, fluorescence, and Raman applications, making them ideal for laboratory, industrial, or OEM use.

Wavelength References Gas Flow Cells Wavelength References Gas Flow Cells New
  • Free Space and Fiber-Coupled Designs for UV through IR
  • Stainless Steel Designs for Operation at High Temperatures and Pressures
  • Designed for Easy Integration
Wavelength References Fiber-Coupled Gas Cells Wavelength References Fiber-Coupled Gas Cells New
  • Hydrogen Cyanide and Acetylene Gasses Available for Wavelength Coverage of 1510 to 1565nm
  • FC and SC Fiber Connection Options with a Variety of Path Lengths Available
  • NIST Traceable Reference Cells
International Light Technologies Spectrometers International Light Technologies Spectrometers New Clearance
  • Available in Three Different Wavelength Options 180 - 500nm, 180 - 850nm, or 180 - 1100nm
  • Measures Amplitude, Wavelength, Spectral Irradiance, and Power
  • Extensive Software Included

 

Diffuse Reflectance Phantoms Diffuse Reflectance Phantoms New
  • Mimic Muscle, Brain, or Adipose Tissue
  • Available in 25 x 25 mm and 50 x 50 mm Sizes
  • Ideal for a Range of Life Science Applications
Optical Coherence Tomography (OCT) Phantoms Optical Coherence Tomography (OCT) Phantoms New
  • Point Spread, Multilayer, Pyramid, and Multipurpose Phantoms Available
  • Positive and Negative Target Options
  • Ideal for Calibration of OCT Devices
緊湊型輻照度校準光譜儀 緊湊型輻照度校準光譜儀
  • 有 32 x 32 x 21.3 mm的緊湊外形
  • 光譜範圍 450 - 850nm,光譜解析度 <1.5%
  • USB 連接用於供電和圖形使用者介面控制
Optopolymer® 漫反射薄膜 Optopolymer® 漫反射薄膜
  • 光學聚四氟乙烯(PTFE)材料製作,具有朗伯反射
  • 250nm - 2500nm範圍內有高反射率
  • 擁有極高的紫外線穩定性和耐化學腐蝕性
預混合白色反射鍍膜 預混合白色反射鍍膜
  • 反射率大於97%
  • 可用於紫外線至近紅外的範圍
  • 適合塗佈在金屬及多種其他材料上
OCT 成像系統 OCT 成像系統
  • 經濟實惠的光學斷層掃描成像系統
  • 適合用於生物樣本成像、樣本特性化及 OCT 教育
  • 外型精巧的台式裝置
廣波段光纖耦合光源 廣波段光纖耦合光源
  • 適合與分光儀結合使用
  • 可用於紫外到近紅外光譜範圍的燈
  • 氙氣燈、鎢絲燈或氘燈光源
#56-078 - Set of 4 Reflectance Standards (99%, 75%, 50%, and 2%) Spectralon® 白色、灰階及彩色漫射反射標準板
  • 適用於光譜儀、比色法、放射測定和機器視覺應用
  • 漫射反射不受視角影響
  • 耐用、穩定且可洗
  • 供應含 NIST 可追蹤校準憑證及資料的序列化版本
Educational Spectroscope Educational Spectroscope
  • Measure Wavelengths of Various Light Sources
  • Detect Elements by Flame Emmission
  • Ideal for Educational Classroom Use
通用積分球系統 通用積分球系統
  • 非常適用於量測光源
  • 可進行升級以校準傳感器及測試透鏡
  • 專為簡易系統整合而設計
實驗室用分光儀 實驗室用分光儀
  • 頗具成本效益,波長範圍從380到750nm
  • 輕量級、緊湊型設計
  • 隨附USB纜線及軟體
  • Spectrometer Accessories Also Available
手動Mini-Chrom單色儀 手動Mini-Chrom單色儀
  • 提供6種波長範圍選擇
  • 緊湊的便攜尺寸
  • 提供2個近紅外版本
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