Thermo Scientific™ ART™ Barrier Low-Retention Pipette Tips – 10 μL, Extended Length, Sterile, Filtered
Hydrophobic Barrier Tips for Maximum Sample Recovery and Contamination Control
Thermo Scientific™ ART™ Barrier Low-Retention Pipette Tips are engineered to eliminate sample retention and prevent cross-contamination in sensitive liquid handling workflows. The ART 10 REACH model features a 10 μL capacity, extended length, and micro point design, making it ideal for precision pipetting in PCR, molecular biology, and biotechnology applications.
These tips incorporate a hydrophobic inner surface that minimizes sample adhesion, improving reproducibility and accuracy. The integrated barrier filter seals upon exposure to aerosols or liquids, protecting both the sample and pipette from contamination. Packaged in racked format with 960 tips per case, the crystal-clear polypropylene construction allows easy visual confirmation of transparent samples.
Certified DNase, RNase, DNA, ATP, PCR inhibitor, and endotoxin free, ART™ tips meet the highest standards for contamination-sensitive environments and are compatible with most universal-fit pipettes.
Product Highlights:
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Volume Capacity: 10 μL
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Tip Style: Extended length, low retention, micro point
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Filter: Barrier filter – seals against aerosols and liquids
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Sterility: Sterile, PCR ready
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Format: Rack (10 racks × 96 tips = 960 tips)
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Length:
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Metric: 4.33 cm
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English: 1.71 in
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Color: Clear
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Clean Claims: DNase, RNase, DNA, ATP, PCR inhibitor, endotoxin free
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Compatibility: Universal fit for manual and electronic pipettes
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Model: ART 10 REACH
Key Features:
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Hydrophobic inner surface eliminates sample retention
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Barrier filter prevents cross-contamination
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Crystal-clear tips enhance visibility of transparent samples
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Micro point design supports precise dispensing
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Sterile and certified free of common contaminants
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Racked format supports efficient lab workflows
Recommended Applications:
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PCR and qPCR workflows
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Molecular biology and genomics
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Liquid handling in contamination-sensitive environments
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Biotechnology and clinical diagnostics
