Integra1 64
True High-Throughput Bioprocessing
The next generation of multi-parallel bioprocessing is here, integrating automated USP, DSP, and PAT into one complete system.
64 full-function bioreactors working in perfect unison
Such a system is perfectly suited for bioprocessing development and micro to mid-scale production in the CDMO space.
The 64 is a seminal technology specifically designed to bring ATMPs to market in the shortest possible time by eliminating costly hiccups associated with the leading multi-parallel system(s) available today.
-
Each Integra1 64 system hosts 8 RAM (Reactor Array Modules) for unprecedented high-throughput performance and systematic variable control.
Each RAM Module Features
- 8 Bioreactors
- 5 Supply Vessels
- 180ml working volume per reactor (total volume 300ml)
- Liquid and gas control via transfer layer
- Sterile connections for all liquids and gases
- Sterile sampling port for each bioreactor
Each Integra1 64 Features
- 8 RAM Modules; 64 Bioreactors in total
- Full control of each bioreactor without compromise
- Fully integrated PAT and DSP workflows
Supported Processes
- Batch and Fedbacth
- Perfusion
- Cascaded Bioreaction
Ideally Suited for
- Clone Selection
- Early phase process parameter optimization
- Micro-production and DSP-development
Fully integrated workflows for both online PAT and DSP automation
(Functional diagram, not proportional to design layout)
Cost savings up to 2X within 10 years compared to other high-throughput systems
Feature and cost comparison of Integra1 64 to the leading MPB (multi-parallel bioreactor) system*
-
IntegraOne Produktion (kurz)
In diesem kurzen Video erfahren Sie kurz und bündig, wie IntegraOne die kleine bis mittlere Produktion in der Biopharmazie verändert.
-
IntegraOne Produktion (lang)
In diesem umfassenden Video erfahren Sie, wie IntegraOne die kleine bis mittlere Produktion in der Biopharmazie verändert.
-
IntegraOne Entwicklung
In diesem umfassenden Video erfahren Sie, wie IntegraOne die Produktivität in der Bioprozessentwicklung drastisch erhöht.