For researchers in synthetic biology, cell culture, and microbiology, the leap from a shake flask to a full-scale fermenter can feel like a chasm. Grant Instruments’ range of Personal Bioreactors is designed to bridge that gap, offering the precision of industrial systems in a compact, benchtop-friendly format.
If you are looking to optimize your yields while minimizing media waste and lab space, these systems provide a sophisticated solution for real-time monitoring and control.
Why Move Beyond the Shake Flask?
Traditional shake flasks offer limited visibility into what’s actually happening in your culture. Grant’s personal bioreactors transition your workflow from "trial and error" to data-driven optimization.
- Real-Time Biomass Monitoring: Integrated optical sensors allow you to track growth curves without invasive sampling, reducing the risk of contamination.
- Precision Control: Maintain exact parameters for temperature and agitation, ensuring high reproducibility across batches.
- Space Efficiency: Designed with a "personal" footprint, these units allow for multiple parallel experiments on a single lab bench.
- Reverse-Spin Technology: Their unique non-invasive mixing method ensures high oxygen transfer rates (OTR) without the shear stress associated with traditional impellers.
Key Applications
|
Application |
Benefit |
|
Protein Expression |
Identify the exact moment of peak density for induction to maximize yield. |
|
Media Optimization |
Run parallel small-scale trials to find the most cost-effective nutrient balance. |
|
Microbiome Research |
Maintain strict environmental conditions for sensitive anaerobic or aerobic cultures. |
|
Cell Line Development |
Screen multiple clones simultaneously under controlled physiological conditions. |
Technical Edge: The Grant Difference
Grant Instruments has built a reputation for reliability. Their bioreactors aren't just scaled-down versions of big tanks; they are engineered for the specific kinetics of small-volume cultures. By utilizing non-invasive optical density (OD) measurements, you get a continuous data stream that reveals the metabolic shifts you might otherwise miss.
Ready to upgrade your culture workflow?
