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Thermo MBP ART 1000 Reach 1000 µL Non-Filtered Pipette Tips, Pack of 8x96

Capacity

Length

No. of packages

Package

Specifications

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Capacity
1 ... 1000 µl
Length
118.5 mm
No. of packages
8
Package
8 x Rack of 96
Package capacity
96
Pyrogen free
Yes
RNase/ DNase-free
Yes
Sterile
No
UNSPSC
41121600

R 2,858.90

Inc. VAT

Available soon

Product description

The Thermo MBP ART 1000 Reach pipette tips are designed for precise liquid handling in genomic and other demanding applications. With a volume capacity of 1000 µL, these non-filtered tips feature an extended length (118.5 mm) to prevent contamination by keeping the pipette shaft from entering the sample vessel. They are ideal for pipetting genomic DNA, fragile cell lines, and viscous samples.

Key Features:

  • Brand: Thermo MBP
  • Volume Capacity: 1000 µL
  • Length: 118.5 mm
  • Material: High-quality virgin polypropylene
  • Surface Treatment: Non-filtered, suitable for genomic workflows
  • Sterility: Sterile, RNase-, DNase-, DNA-, ATP-, and pyrogen-free
  • Packaging: Pack of 8 racks, each containing 96 tips

These tips are compatible with most brands of pipettes and are ideal for applications involving DNA or RNA, as well as radioactive and infectious samples. They are also suitable for gel loading and handling viscous liquids.

Compare similar models

Pipet tips ART 1000 Reach 1000 µl, Non-Filtered Tip pack of 8x96

Manufacturer P/N

3792-HR

Part Number

4.652 542

Manufacturer

Thermo Scientific

Capacity

1 ... 1000 µl

pipet tips ART Pure 300L 300 µl, SoftFit-L, sterile pack of 10x96

Manufacturer P/N

3732-05-HR

Part Number

6.267 594

Manufacturer

Thermo Scientific

Capacity

1 ... 300 µl

Frequently asked questions

It are designed for precise liquid handling in genomic and other demanding applications. With a volume capacity of 1000 µL, these non-filtered tips feature an extended length (118.5 mm) to prevent contamination by keeping the pipette shaft from entering the sample vessel. They are ideal for pipetting genomic DNA, fragile cell lines, and viscous samples.

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