DNA-Extraktionsgeräte
Drawer Cabinet with 5 Drawers for 35 Biobank Racks with 50 mm Height
5 drawers for 7 boxes in depth, without drawer stop, with flip handle
Product information
High-Throughput DNA Isolation for 96 Samples per Run
The Auto-Pure 96 is suitable for laboratories with high sample volumes in diagnostics, biotechnology, and research. The system automates the magnetic purification of nucleic acids and replaces time-consuming manual extraction procedures with a standardized, reproducible process for downstream analysis.
Per run, the high-throughput system processes up to 96 samples with a maximum sample volume of 1 ml. This significantly shortens extraction time compared to the manual method, while the modular design allows flexible adaptation to different laboratory requirements.
The Auto-Pure 96 automates high-throughput DNA isolation, creating capacity for more analyses per day. For more on related laboratory technologies, visit Cooling technology for laboratory samples. Request a non-binding quote for the Auto-Pure 96 now!
Frequently Asked Questions About This Model
What is the Auto-Pure 96 used for?
The device is used for the automatic magnetic isolation of nucleic acids from biological samples, serving as the basis for subsequent analyses in diagnostics and research.
How many samples can the Auto-Pure 96 process per run?
The high-throughput system processes up to 96 samples per run with a maximum sample volume of 1 ml per sample.
Which laboratories is the Auto-Pure 96 suitable for?
Due to its high sample throughput, the device is particularly suitable for laboratories with high sample volumes, such as in diagnostics, biotechnology, and molecular biology research.
How does the Auto-Pure 96 differ from other DNA extraction devices?
Compared to systems with lower throughput, the Auto-Pure 96 processes significantly more samples per run, offering a modular solution for laboratories with high sample volumes.
What characterizes the operation of the Auto-Pure 96?
As an automated system, the Auto-Pure 96 significantly shortens extraction time compared to the manual method, thereby reducing manual workload in laboratory operations.