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Homogenizer AdapterCat.No: SWE-FP-D524read more
SWE-FP-0224
SWE-FP-0224S
SWE-FP-0232
SWE-FP-0248... -
3D Cryogenic Tissue HomogenizerCat.No.: SWE-3Dread more
Tissue Homogeinzer (3D, Frozen)
∞-shaped high-speed operation for tough samples; -50°C protects RNA and proteins; -20°C chamber for low-temperature experiments. -
Vertical Cryogenic Tissue HomogenizerCat.No.: SWE-FPread more
Tissue Homogenizer Low Temperature (-50℃, Freezing Chamber) -
Vertical Tissue HomogenizerCat.No.:SWE-C6read more
Tissue Homogenizer (Vertical)
Slider drive, stable and durable, can be ground continuously for 24h -
Sterile Enzyme-free Beads PenSimple operation, easy to add beads, and improve work efficiency; 2 mm, 3 mm, and 4 mm are optional; Volume: 20 ML.read more
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Sterile Beads PenCat.No.:SYM-02B/SYM-03B/SYM-04Bread more
Simple operation, easy to add beads, and improve work efficiency;
2 mm, 3 mm, and 4 mm are optional;
Volume: 20 ML.
From 2 mL tubes to 96-deep well plates, our broad selection of interchangeable adapters adds flexibility to your workflow. Lysing matrix tubes contain beads of different sizes, shapes, and materials...
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...
The Plate Adapter Set accepts 1.0 and 2.0 bead beating plates onto a TissueLyzer II. One set contains four adapters and will assemble two 96 well plates. Plate Adapters are not...
Using the Benchmark 96-Well Plate item IPD1196-MP to homogenize samples in the BeadBlaster™ 96 Ball Mill Homogenizer to recover nucleic acids, proteins, and metabolites. This polyethylene toughened...
TissueLyser Adapter sets are designed for efficient and user-friendly disruption of samples in 1.2 mL Collection Microtubes (racked), 2 mL tubes, 5 mL tubes, 50 mL tubes or 96-well plates on...
Expand your homogenizing options with this adapter for the Beadblaster 96 benchtop homogenizer. Load samples into a 96 well microplate or deep well...
