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Raman spectroscopy - advanced optical analysis technology

For high-performance chemical composition and quality measurements in real time from lab to process

What is Raman spectroscopy?
Raman spectroscopy utilizes specific wavelengths of laser light which interact with molecules to cause scattering. A small amount of laser light will shift due to energy transfer (Raman shift). The back-scattered photons are collected and filtered by separation of Raman light. A CCD detector identifies a unique "fingerprint" of the chemical components and quantifies the amount of each, making Raman spectroscopy an excellent technique for accurate composition analysis.

Raman spectroscopy measurement is an optical analysis technology that measures composition and concentration

Raman Rxn2 analyzer ©Endress+Hauser

Raman Rxn2 analyzer: Raman analyzer that bridges laboratory analysis to the process environment with up to four channels

Raman Rxn4 analyzer ©Endress+Hauser

Raman Rxn4 analyzer: Rugged, reliable Raman analyzer ensuring 24/7 process monitoring and quality control

Raman Probe Suite Graphic ©Endress+Hauser

Raman fiber optic sampling probes: Non-destructive, continuous, real-time chemical composition measurements in any environment

장점

  • Rapid implementation

    User-friendly automation compatible software, a reliable partner with a long history of Raman expertise, and a vast global customer support network

  • Optimized process efficiency

    Faster delivery of real-time, highly accurate measurement data along with streamlined lab-to-process scalability

  • Increased safety

    Reliable, non-invasive measurement techniques that minimize human intervention while maximizing risk avoidance capabilities

  • Enhanced product quality

    Easier compliance with industry regulations through increased process visibility and tighter control of critical quality parameters

  • Lower costs
    Reduced maintenance, product waste, and cleaning burdens while increasing yields and plant availability

Fully scalable Raman systems
Endress+Hauser Raman systems harness the power of Raman spectroscopy to perform continuous, real-time chemical measurements in any environment without needing to extract, prepare, or destroy the native sample. With over 40 years of experience, the depth and breadth of our portfolio allow our customers to gain chemical insights to help streamline product development, provide analytical scalability, and ensure product quality through process automation.

  • 단순 제품

  • 손쉬운 선택, 설치 및 작동

기술적 우수성

단순성

  • 기본 제품

  • 신뢰성, 내구성, 유지보수가 쉬움

기술적 우수성

단순성

  • 하이엔드 제품

  • 우수한 기능성과 편리성

기술적 우수성

단순성

  • 전문 제품

  • 까다로운 어플리케이션을 위한 설계

기술적 우수성

단순성

구성에 따라 다름

FLEX 선택 기술적 우수성 단순성
  • F
  • L
  • E
  • X

Fundamental 선택

기본적인 측정 요구사항 충족

기술적 우수성
단순성
  • F
  • L
  • E
  • X

Lean 선택

핵심 프로세스를 손쉽게 처리

기술적 우수성
단순성
  • F
  • L
  • E
  • X

Extended 선택

혁신적인 기술로 프로세스 최적화

기술적 우수성
단순성
  • F
  • L
  • E
  • X

Xpert 선택

가장 까다로운 어플리케이션 요구사항 충족

기술적 우수성
단순성

구성에 따라 다름

다운로드

    • 회사 정보
    Brochure image Raman spectroscopic analyzers  by Endress+Hauser

    Raman spectroscopic analyzers

    • 회사 정보

    Raman spectroscopic analyzers - Robust optical measurement of chemical composition

    • 회사 정보
    Brochure image Raman spectroscopic probes and accessories by Endress+Hauser

    Raman spectroscopic probes

    • 회사 정보

    Raman spectroscopic probes and accessories - Robust optical measurement of chemical composition

    • 브로셔
    Image of Raman single-use technology for bioprocessing brochure for Life Science industry

    Raman single-use technology for bioprocessing

    • 브로셔

    Raman single-use technology for bioprocessing - Real-time composition analysis for biopharmaceutical development and manufacturing