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Thistle Scientific MultiSUB MIDI96 Well Tray – 96 Samples or 24 Marker Lanes, 300 mL, 10x12 cm

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Specifications

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HS Code #
90272000
Description
96 Well Tray
For
MultiSUB Midi-96
UNSPSC
41105300

NZ $286.45

Inc. GST

Available soon

Product description

The Thistle Scientific MultiSUB MIDI96 Well Tray is engineered for high-throughput gel electrophoresis applications, accommodating up to 96 samples or 24 marker lanes. Manufactured by Thistle Scientific Ltd., this tray features a compact design with dimensions of 10x12 cm and a buffer volume of 300 mL, making it ideal for efficient DNA, RNA, or protein analysis. Its robust construction ensures durability and consistent performance in laboratory settings.

Key Features:

  • Brand: Thistle Scientific Ltd.
  • Sample Capacity: Up to 96 samples or 24 marker lanes
  • Gel Dimensions: 10 x 12 cm
  • Buffer Volume: 300 mL
  • Material: High-quality, optically clear plastic
  • Compatibility: Designed for use with MultiSUB MIDI96 electrophoresis systems
  • Applications: Suitable for high-throughput gel electrophoresis of DNA, RNA, or protein samples

Enhance your electrophoresis experiments with the Thistle Scientific MultiSUB MIDI96 Well Tray, ensuring accurate and reproducible results every time.

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multiSUB Midi96 Well Tray max. 96 samples or 24 marker lanes 300ml, 10x12cm

Manufacturer P/N

MS10-UV96

Part Number

6.259 751

Manufacturer

Thistle Scientific

For

MultiSUB Midi-96

multiSUB MidiSTRETCH, 96 Well Tray max. 96 samples or 24 marker lanes 300ml, run length 3,6 cm

Manufacturer P/N

MS10-UV96ST

Part Number

4.678 939

Manufacturer

Thistle Scientific

For

MultiSUB Midi-96ST

Frequently asked questions

It is engineered for high-throughput gel electrophoresis applications, accommodating up to 96 samples or 24 marker lanes. Manufactured by Thistle Scientific Ltd., this tray features a compact design with dimensions of 10x12 cm and a buffer volume of 300 mL, making it ideal for efficient DNA, RNA, or protein analysis. Its robust construction ensures durability and consistent performance in laboratory settings.

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