Infors HT Labfors 5 is a compact bench-top bioreactor designed for bioprocesses and enzymatic processes with solid substrates. Ideal for simultaneous saccharification and fermentation (SSF) processes, it increases productivity and yield while efficiently breaking down high concentrations of raw materials.
Product Features
- Specifically designed for solid substrates and enzymatic bioprocesses
- Powerful motor ensures optimal mixing even with viscous or high dry matter content
- Easy addition of solids through the 40-mm port
- Accurate and safe temperature setting for sensitive media containing solids
- Optional display of motor torque to analyze hydrolysis progress
- Precise and gentle temperature control via dual heating system for substrate and double jacket
- Optimized mixing with selectable stirrers and high-torque, direct drive motor options
- Automated data management with eve, a web-based bioprocess platform software
Product Specifications
- Vessel size and working volume: 3.6 L (1 - 2.5 L)
- Base unit dimensions (W x D x H): 464 x 462 x 996 mm
- Parallel operation via touchscreen controller for up to 6 vessels
- Direct drive up to 1000 min⁻¹ with high-torque motor option
Many options are available such as turbidity measurement, exit gas analysis, redox measurement, and balances. Contact us to configure the right bioreactor for your application.
Benefits
- Enhances productivity and yield in solid substrate enzymatic processes
- Precise temperature control maintains high enzymatic activity
- High-torque motor ensures efficient mixing of viscous and high dry content materials
- Automated data management streamlines monitoring, analysis, and process optimization
- Flexible stirrer and motor options adapt to various substrates
Why Choose Infors HT Labfors 5 Benchtop Bioreactor for Solid Substrates?
The Infors HT Labfors 5 benchtop bioreactor offers robust mixing, precise temperature control, and integrated data management, making it ideal for bioprocesses and enzymatic processes with solid substrates. Its compact design and modular options ensure efficient, reproducible, and scalable laboratory operations.
