Description
MP Bio’s FastPrep™ Sample Homogenizers are instruments suitable even for difficult samples with a wide selection of products for bead shaking, cell lysis and tissue homogenization.
Achieving complete lysis of virtually any type of sample with FastPrep™ series homogenizers, known for their consistent throughputs that generate reproducible results over time, the bead beating system is carefully designed to maximize mechanical tissue homogenization, As a result, you can efficiently isolate high-quality DNA, RNA, and proteins without the need for chemicals or enzymes, which could inhibit downstream processes.
Available Models
– SuperFastPrep-2™
– FastPrep-24™
– FastPrep-24™ 5G
– FastPrep 96
Main characteristics by model:
– SuperFastPrep2 compact, wireless and portable sample disruption instrument designed to homogenize, grind or lyse biological and environmental samples quickly and efficiently. Can be used in remote locations and most weather conditions for immediate sample collection, processing and preservation
– FastPrep-24™ high-speed benchtop homogenizer offering the ultimate in speed and performance for biological sample lysis. Simultaneous homogenization of up to 24 samples is carried out in 40 seconds
– FastPrep-24 5G versatile sample disruption instrument designed to quickly and efficiently homogenize, grind or lyse biological samples, is a completely self-contained system, eliminates the risk of cross-contamination and time-consuming cleanup associated with lysis methods manual. The unique, optimized motion of the FastPrep-24 5G shakes samples in a three-dimensional motion that results in the collision of the sample material with the lysis matrix particles.
– FastPrep-96™ versatile high-speed homogenizer offering the latest in high-throughput sample preparation, developed for rugged samples, uses high-speed linear motion to completely disrupt any tissue and cell in just seconds by simultaneously striking beads of lysis matrix. This high-throughput system saves hours of labor during the sample preparation stage and enables high-yield purification of intact DNA, RNA, proteins, and other metabolites.
