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System design and specifications for Rxn-10 probe optics: Raman
immersion optics (KIO1), non-contact optics (KNCO1),
bIO-Optics (KLBIO1), bio multi optics (KRBMO), bio sleeves
(KRBSL), and Raman optic system for single use (KRSU1)

System design and specifications for the Raman Rxn-10 probe

Commissioning, operation, and maintenance details for Rxn-10
probe optics: Raman immersion optics (KIO1), non-contact
optics (KNCO1), bIO-Optics (KLBIO1), bio multi optic
(KRBMO), bio sleeve (KRBSL), and Raman optic system for
single use (KRSU1)

Commissioning, operation, and maintenance details
for the Raman Rxn-10 probe

Quick start guide for the Raman Rxn-10 probe

Quick start guide for Rxn-10 probe optics: Raman immersion optics
(KIO1), non-contact optics (KNCO1), bIO-Optics (KLBIO1), bio
multi optics (KRBMO), bio sleeves (KRBSL), and
Raman optic system for single use (KRSU1)

A list of published technical articles related to Biopharma 4.0
topics with recommendations from Life Science industry experts
at Endress+Hauser.

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.

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.

This self-assessment questionnaire helps API synthesis teams in the
Life Sciences industry identify analytical blind spots and assess the
value of real-time inline Raman spectroscopy for monitoring API
crystallization processes.