FastPrep-96™

Molecular Biology Sample Preparation System

Nothing Resists Grinding, Lysis and Homogenization Using the High-Throughput FastPrep-96™ System for the Most Advanced, Rapid, and Thorough Extraction of DNA, RNA, Proteins and other Metabolites.

The FastPrep-96™ system delivers high-throughput sample homogenization, grinding and lysis with the highest efficiency, quality and reproducibility. Perform your DNA, RNA, protein and small molecule extractions from the most difficult, dirty, tough, large or tiny samples.

With the highest power settings available, FastPrep-96™ utilizes high-speed linear motion to disrupt any tissues or cells thoroughly through the simultaneous beating of specialized lysing matrix particles.

FastPrep-96™ offers the widest variety of sample adapters (2 x 96 deep well plates, 96 x 2 mL, 48 x 4.5 mL, 24 x 15 mL, 8 x 50 mL and 1 x 250 mL tubes) and a simple, accurate, closed loop control of lysing power and speed. All this and more make the new FastPrep-96™ the perfect solution for all of your high volume sample preparation needs.

FastPrep-96™ System and Adapters

Lyse Efficiently Any Dirty, Tiny or Tough Sample!

  • Human and animal tissues, tumors, cells in culture
  • Leaves, seeds, stems, roots
  • Bacteria gram + or -
  • Yeast, fungi, spores
  • Feces, turd, soil, sediments, food samples

FastPrep-96™ Systems Features

  • High Throughput - Process up to 192 samples simultaneously in 2 x 96 deep well plates
  • Exceptional Versatility - Interchangeable adapters available for 2 x 96 deep well plates, 96 x 2 mL tubes, 48 x 4.5 mL tubes, 24 x 15 mL tubes, 8 x 50 mL tubes, and 1 x 250 mL flask
  • Excellent Reproducibility - Consistent lysis results in every well with automated feedback control
  • Fast Processing Speed - 1800 Oscillations/min and 1.5-inch stroke — highest available
  • True Linear Motion - Eliminates the need to re-orient plates mid-cycle

Instrument and Adapters

Cat. No.
DescriptionAmountBrand
116010500
FastPrep-96 Instrument
1 ea
MP Biomedicals
116010550
BigFlex Adapter For Fastprep-96
8 x 50 ml
MP Biomedicals
116010570
QuickFlex Adapter For Fastprep-96
96 x 2 ml
MP Biomedicals
116010580
TallFlex Adapter For Fastprep-96
48 x 4.5 ml
MP Biomedicals
116010590
LargeFlex Adapter For Fastprep-96
1 x 250 ml
MP Biomedicals

New Kits on the Block

Introducing new FastDNA-96™ SPIN kits in 96 well plate format

Cat. No.
DescriptionAmountBrand
119696200
FastDNA-96 Soil Microbe DNA Kit
2 x 96 preps
MP Biomedicals
119696300
FastDNA-96 Fungal/bacterial DNA Kit
2 x 96 preps
MP Biomedicals
119696400
FastDNA-96 Fecal DNA Kit
2 x 96 preps
MP Biomedicals
119696500
FastDNA-96 Tissue & Insect DNA Kit
2 x 96 preps
MP Biomedicals
119696600
FastDNA-96 Plant/seed DNA Kit
2 x 96 preps
MP Biomedicals

The FastDNA-96™ series of kits are designed for the simple and rapid isolation of high purity, PCR-ready DNA from human, animal and plant tissues, microbes and yeast, soil and other samples. This series of products can be used to isolate DNA from tough-to-lyse samples as well as from dirty (i.e. highly contaminated) samples such as forensic samples, bacteria, fungi, protozoa, and algae.

The purification step removes all of the PCR inhibitors, which are commonly found in a variety of dirty and difficult samples such as in wastewater, fecal materials, soils, sediments and others. Samples are rapidly ground, homogenized and lysed. Cells are efficiently lysed by bead beating inside FastPrep-96™ system, utilizing our state of the art, ultra-high density Lysing Matrix series of beads, prepackaged in the deep 96 well plate format.

FastSpin plate and other standard format technology is then used to isolate the DNA, which, if necessary is subsequently filtered to remove humic acids and polyphenols which can inhibit PCR. The procedure can be performed in minutes. There is no need for organic denaturants or proteinases.



Related to:
Brands: MP Biomedicals
News: FastDNA, FastRNA and FastProtein Extraction Kits, FastPrep-24™ 5G, FastPrep™ Lysing Matrix
Product groups: Labware / Accessories, Molecular Biology