785 nm, 1000 nm
Body: 316L stainless steel
Window: Proprietary material, optimized for bioprocesses
Process connection: PG13.5 for industry standard sensor housings, welded port connectors available
Surface finish: Ra 15 with electropolish
Adhesive: USP Class VI and ISO993 compatible
CIP/SIP
The Raman Rxn-45 probe capitalizes on the power of Raman in bioprocess manufacturing by measuring multiple, specific components in real-time for continuous, around-the-clock process feedback. It also meets the daunting sampling requirements of compliance, sterilization, port compatibility, and convenience. The Raman Rxn-45 probe was designed for installation in development and cGMP stainless-steel reactors and is successfully used to provide an analytical “eye” into large-scale bioprocesses.
Cell culture: glucose, lactate, amino acids, cell density, titer, and more
Fermentation: glucose, glycerol, acetate, methanol, ethanol, biomass, and more
Measures multiple components in real-time for automated 24/7 process feedback
Provides long-term measurement stability
Offers a suitable surface finish for cGMP manufacturing
Provides compatibility with industry standard bioreactor side ports and sensor housings
Offers the flexibility of being installed in development and production reactors
Reduces sterilization and cleaning burdens with CIP/SIP standard compatibility
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Extended-valikoima Optimoi prosessisi innovatiivisilla teknologioilla |
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Loading alternative products
System design and specifications for the Raman Rxn-45 probe
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355.1 KB |
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TI01633CEN_0425.pdf |
Commissioning, operation, and maintenance details
for the Raman Rxn-45 probe
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29/10/2025
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02/12/2024
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29/10/2025 |
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825.9 KB |
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BA02169CEN_0425.pdf |
Quick start guide for the Raman Rxn-45 probe
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02/12/2024
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03/08/2022
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14/09/2021
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02/12/2024 |
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565.8 KB |
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KA01549CEN_0323.pdf |
This self-assessment questionnaire helps pharmaceutical and API
manufacturers evaluate their readiness for implementing online
Raman spectroscopy. A simple scoring system identifies potential
infrastructure, integration, and process monitoring challenges, helping
teams assess deployment complexity and prepare for successful
real-time analytical monitoring.
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Kieli: |
Englanti |
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24/08/2026 |
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111.2 KB |
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Tiedoston nimi: |
PU01649CEN_0126.pdf |
This self-assessment questionnaire helps bioprocessing teams evaluate
analytical costs and delays associated with scaling up from laboratory
development to production. A scoring system helps identify optimization
opportunities and assess the value of real-time monitoring using online
Raman spectroscopy.
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Englanti |
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24/08/2026 |
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111.4 KB |
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PU01647CEN_0126.pdf |
A list of published technical articles related to Biopharma 4.0
topics with recommendations from Life Science industry experts
at Endress+Hauser.
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Englanti |
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26/06/2025 |
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363.4 KB |
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PU01611CEN_0125.pdf |
Endress+Hauserが、ライフサイエンス分野の専門知識と、ラマン分
光システム（Raman Rxn2、Raman Rxn4、Rxn-10、Rxn-45、Rxn-46、
バイオマルチオプティックおよびスリーブ、フローフィル、フロー
ベンチ、シングルユース用Ramanオプティックシステム）や水質分
析センサ技術（Liquiline CM44P、CM442、OUSAF44、OUSBT66、
Memosens CPS61E、CLS82E、COS81E、CLS82E）などの信頼性の高い
インラインおよびリアルタイム測定技術によって、世界トップクラ
スのバイオ医薬品メーカーから信頼されている理由を強調したグラ
フィック。
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Japani |
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04/10/2024 |
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2.5 MB |
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PU01585CJA_0124_Graphic_EH biopharma trust.pdf |
Graphic illustrating the core elements of Biopharma 4.0 including
product lifecycle stages, role of PAT/QbD, and 12 key advanced
technologies for scientists and process engineers in the Life
Sciences, applicable to Raman spectroscopy systems (Raman
Rxn2, Raman Rxn4, Rxn-10, Rxn-45, Rxn-46, bio multi optic and
sleeve, flow cell and flow bench, Raman optic system for single
use, and Raman calibration & verification kits).
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22/05/2025 |
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481.6 KB |
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PU01614CEN_0125.pdf |
This guide explains Raman spectroscopy implementation in
GMP-regulated pharmaceutical and biopharmaceutical
manufacturing, covering qualification, validation, data
integrity, supplier and user responsibilities, and
risk-based compliance approaches for process analytical
technology applications.
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Englanti |
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07/08/2026 |
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7.1 MB |
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Tiedoston nimi: |
PU01644CEN_0126.pdf |
This self-assessment questionnaire helps cell culture and upstream
bioprocessing teams identify analytical blind spots, contamination
risks from manual sampling, and opportunities to improve process
control through real-time monitoring. A simple scoring system
highlights where online Raman spectroscopy may help improve data
quality, reduce risk, and support faster process decisions.
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Englanti |
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Versio: |
24/08/2026 |
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Tiedoston koko: |
111 KB |
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Tiedoston nimi: |
PU01648CEN_0126.pdf |
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