Home Analytical Chem Mini-UniPrep™ G2 syringeless filter for UHPLC/HPLC sample preparation
Steps
  1. 1 Understand Mini-UniPrep G2 components 00:15
  2. 2 Assemble Mini-UniPrep G2 device 00:57
  3. 3 Compress plunger to filter sample 01:18
  4. 4 Collect filtered sample 01:45
  5. 5 Process multiple samples simultaneously 02:12
  6. 6 Integrate with automated robotic systems 02:22
Analytical Chem Cytiva

Mini-UniPrep™ G2 syringeless filter for UHPLC/HPLC sample preparation

Protocol
Difficulty
intermediate

Steps

1
Understand Mini-UniPrep G2 components

Learn about the key components of the Mini-UniPrep G2 filter system: the borosilicate glass chamber, plunger with Whatman filter membrane, and glass collection vial. This streamlined device replaces four separate components for efficient HPLC/UHPLC sample preparation.

▶ 00:15
2
Assemble Mini-UniPrep G2 device

Place the glass chamber into the hand compressor base and fill it with sample liquid up to the indicated fill line. Insert the plunger into the chamber until it stands on its own.

▶ 00:57
3
Compress plunger to filter sample

Use the hand compressor to safely depress the plunger into the unfiltered liquid. The compressed force drives the liquid up through the filter membrane and into the glass collection vial while removing particulates.

▶ 01:18
4
Collect filtered sample

Remove the filtered sample from the collection vial, which is now ready for analysis. The high purity borosilicate glass vial ensures sample integrity and the device can be loaded directly into an autosampler.

▶ 01:45
5
Process multiple samples simultaneously

For high-throughput applications, use the multi-compressor to process up to eight Mini-UniPrep G2 samples at once. Insert collection chambers, fill with liquid, insert plungers, and depress the handle to filter multiple samples rapidly.

▶ 02:12
6
Integrate with automated robotic systems

The Mini-UniPrep G2 is compatible with high-throughput robotic systems to further improve workflow and laboratory productivity. This integration ensures consistent filtration and eliminates instrument downtime from unfiltered samples.

▶ 02:22
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