MP Biomedical FastPrep Homogenizers

Description

MP Biomedical FastPrep Homogenizers and Lysis system

MP Bio offers a complete range of bead beating, cell lysis and tissue homogenization solutions to suit your sample preparation needs.

Utilizing bead-beating technology, the FastPrep system provides complete lysis of virtually any sample type and is suitable in a variety of applications from soil analysis to forensics. Mechanical tissue homogenization with the FastPrep system enables the isolation of DNA, RNA, proteins, and other small molecules while eliminating the need for chemicals or enzymes, which can inhibit downstream processes.

FastPrep-24™ 5G bead beating grinder and lysis system, SKU 116005500

The FastPrep-24 5G is a versatile sample disruption instrument designed to quickly and efficiently homogenize, grind, or lyse biological samples. A completely self-contained system, the FastPrep-24 5G eliminates the risk of cross-contamination and time-consuming clean-up associated with manual lysis methods. Samples are added to individual lysing matrix tubes and placed into sample holder adapters within the instrument. The unique, optimized motion of the FastPrep-24 5G shakes the samples in a tridimensional motion resulting in the collision of the sample material with the lysing matrix particles.

Intuitive software makes programming the FastPrep-24 5G fast and simple. The programmable touchscreen display allows for the use of pre-determined or custom homogenization speeds and duration times with a finger touch. Increased power features result in faster processing times and complete lysis of even the toughest samples.

Key Applications

Suitable for all sample types. Lysis of yeast, fungi, and bacteria, soft tissues, cells, Isolation of PCR-Ready Genomic DNA from fecal or soil samples. Isolation of PCR-Ready Genomic DNA from fungi and bacteria samples. DNA & RNA Purification. Breaks hard/brittle samples. Isolate DNA from virtually any source. Lysis of highly contagious samples. Grinding of teeth, bones, hair and pulverization of building materials

SuperFastPrep-2™, portable bead beating grinder and lysis system, 2 x 2 mL, battery operated, SKU 116012500

The SuperFastPrep2 is a compact, cordless, hand-held sample disruption instrument designed to quickly and efficiently homogenize, grind, or lyse biological and environmental samples. It can be used at remote locations and in most weather conditions for the immediate collection, processing, and preservation of samples.

SuperFastPrep-2 uses a unique mechanism mounted on a rotary tool designed to operate at 600 to 4,800 cycles per minute with a fully charged battery. The self-contained device holds two standard 2 mL screw cap Lysing Matrix tubes optimized for a wide selection of sample types. Included with the unit is a rotary handle, two lithium ion rechargeable batteries, charging station, voltage converter, and protective carrying case.

Application Notes

Used to homogenize, grind or lyse any samples, the SuperFastPrep-2 portable homogenizer thoroughly and quickly lyses any tissue and cell type, allowing easy and reproducible isolation of stable RNA, active proteins and full-length genomic DNA.

FastPrep-96™ high-throughput bead beating grinder and lysis system, SKU 116010500

MP Biomedicals’ FastPrep-96™ is a versatile high-speed homogenizer offering the ultimate in high-throughput sample preparation. Developed for resistant samples, the FastPrep-96™ instrument uses a high-speed linear motion to disrupt thoroughly any tissues and cells in just seconds through the simultaneous beating of specialized Lysing Matrix beads on the sample material. This high-performance system saves hours of work during the sample preparation stage and allows for the purification of high yields of intact DNA, RNA, proteins and other metabolites.

Application Notes

FastPrep®-96 is used to homogenize biological samples. FastPrep®-96 Instrument lyses thoroughly and quickly any tissues and cells and thus allows easy and reproducible isolation of stable RNA, active proteins and full-length genomic DNA.