The bio multi optic is a critical part for easy, reliable, real-time bioprocess measurements with maximum sterility and efficiency. The non-contact multi optic features a patented self-aligning lens for top spectral quality and reproducibility. It pairs with the Rxn-10 probe and connects to an autoclavable (or gamma sterilizable), disposable bio sleeve via an easy snap-in-place design. The system reduces maintenance and cross-contamination risk for reusable or single-use benchtop bioreactors.
Benchtop bioreactors to measure glucose, lactate, amino acids, cell density, titer and more
Benchtop fermenters to measure glycerol, methanol, ethanol, sorbitol, biomass, and more
Use with flow assembly CYA680 for select downstream bioprocessing applications
Avantajlar
Improved ease of use and reduced maintenance for bioprocessing
Simplified workflow for greater process efficiency – swap out probes mid-batch, use multiple sleeves in the same reactor for simplified redundancy, and calibrate / verify probes at any time
Optimized spectral performance when used with a compatible bio sleeve
Raman spektroskopisi - gelişmiş optik analiz teknolojisi
Tesis güvenliğini artırın, ürün kalitesini sağlayın ve operasyonları optimize edin. Raman spektroskopisi, numunelerinizin bileşimini ve moleküler yapısını laboratuvardan prosese gerçek zamanlı olarak ölçer.
Kimya endüstrisinde faaliyet gösteren Melamin, tankerlerden doğru tanklara sevkiyatının doğru bir şekilde sağlanması için solvent transferlerini izler.
Borealis, kimya endüstrisinde sürekli beslemeli döngü reaktörlerinde olefin polimerizasyon reaksiyonları sırasında polipropilen ve polietilen sınıflarını izlemektedir.
Accessory optics for the Rxn-10 Probe
Operating Instructions
Kullanma Talimatı (BA)
İngilizce versiyonu - 08/2022
New version available in English
Commissioning, operation, and maintenance details for Rxn-10 probe optics: Raman immersion optics (KIO1), non-contact optics (KNCO1), bIO-Optics (KLBIO1), and Raman optic system for single use (KRSU1)
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).
Expanded version of a 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).
Body: 316L stainless steel Window: Proprietary material, optimized for bioprocesses Surface finish: Ra 15 with Electropolish to ASME BPE SF4 finish Adhesive: USP Class VI and ISO 10993 compatible
With non-contact and immersion optic: 532 nm, 785 nm, 1000 nm With bIO-Optic or Raman optic system for single use: 785 nm, 1000 nm With bio multi optic and bio sleeve or Raman flow assembly: 785 nm
Body: 316L stainless steel Window: Proprietary material, optimized for bioprocesses Surface finish: Ra 15 with Electropolish to ASME BPE SF4 finish Adhesive: USP Class VI and ISO 10993 compatible
With non-contact and immersion optic: 532 nm, 785 nm, 1000 nm With bIO-Optic or Raman optic system for single use: 785 nm, 1000 nm With bio multi optic and bio sleeve or Raman flow assembly: 785 nm
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