John Morris Group
AU Country Flag
John Morris Group
AU Country Flag

Kinesis SPEX SamplePrep 2030 Geno/Grinder® Automated High-Throughput Homogenizer with Clamp for One Microwell Plate; CP part 04575-42

JMG No. 1403195 • MPN 04575-42

0.0

Call for Price

Overview
2030 Geno/Grinder® - Automated Tissue Homogenizer and Cell Lyser The 2030 Geno/Grinder® is an automated plant and animal tissue homogenizer and cell lyser that integrates with automated, robotic systems. It has the same vigorous, up-and-down grinding motion as the 2010 Geno/Grinder. The average processing time for each cycle is two minutes or less. It has a versatile clamp accommodates titer plates, vials and all standard SPE plates. This automated homogenizer is ideal for high-throughput processing of samples for isolation of nucleic acids (RNA/DNA), enzymes, yeast, proteins, and bacteria. It allows users to run a large number of preloaded stacked titer plates unattended. Samples can be pulverized with or without buffer using a variety of grinding media. Typical samples include animal tissue, plant tissue, cell cultures, yeast, fruit, and bacteria. Integrates with automated robotic systems. Ideal for the isolation of nucleic acids, (RNA/DNA) enzymes, yeast, proteins and bacteria. Accommodates all standard titer plates. Complete cycle time is two minutes or less.
0.0

0 reviews

Add to your favourites
Overview
2030 Geno/Grinder® - Automated Tissue Homogenizer and Cell Lyser The 2030 Geno/Grinder® is an automated plant and animal tissue homogenizer and cell lyser that integrates with automated, robotic systems. It has the same vigorous, up-and-down grinding motion as the 2010 Geno/Grinder. The average processing time for each cycle is two minutes or less. It has a versatile clamp accommodates titer plates, vials and all standard SPE plates. This automated homogenizer is ideal for high-throughput processing of samples for isolation of nucleic acids (RNA/DNA), enzymes, yeast, proteins, and bacteria. It allows users to run a large number of preloaded stacked titer plates unattended. Samples can be pulverized with or without buffer using a variety of grinding media. Typical samples include animal tissue, plant tissue, cell cultures, yeast, fruit, and bacteria. Integrates with automated robotic systems. Ideal for the isolation of nucleic acids, (RNA/DNA) enzymes, yeast, proteins and bacteria. Accommodates all standard titer plates. Complete cycle time is two minutes or less.

DETAILS

2030 Geno/Grinder® - Automated Tissue Homogenizer and Cell Lyser

The 2030 Geno/Grinder® is an automated plant and animal tissue homogenizer and cell lyser that integrates with automated, robotic systems. It has the same vigorous, up-and-down grinding motion as the 2010 Geno/Grinder. The average processing time for each cycle is two minutes or less. It has a versatile clamp accommodates titer plates, vials and all standard SPE plates.

This automated homogenizer is ideal for high-throughput processing of samples for isolation of nucleic acids (RNA/DNA), enzymes, yeast, proteins, and bacteria. It allows users to run a large number of preloaded stacked titer plates unattended. Samples can be pulverized with or without buffer using a variety of grinding media. Typical samples include animal tissue, plant tissue, cell cultures, yeast, fruit, and bacteria.

  • Integrates with automated robotic systems.
  • Ideal for the isolation of nucleic acids, (RNA/DNA) enzymes, yeast, proteins and bacteria.
  • Accommodates all standard titer plates.
  • Complete cycle time is two minutes or less.

REVIEWS

1300 501 555

Estimated Delivery:

3-4 Weeks

In stock Items under 5Kg usually dispatched within 48 hrs Under 30Kg delivery $30.00 flat rate
Freight Costs include local Australian Voltage and Earth Leakage testing as well as inclusion of an Australian Standard Plug.
PMA, T&C's, warranty & returns Click Here Ask us for our Preventative Maintenance Agreement (PMA)

Live Chat

1300 501 555

Please rotate your device

We don't support landscape mode yet. Please go back to portrait mode for the best experience