CLT 20 µL Universal Filter Pipette Tips – Extended Length – Low Retention – Sterile Rack Packed (96/Rack) – Biofargo

Description

CLT 20 µL Universal Filter Pipette Tips – Extended Length – Low Retention – Sterile Rack Packed

Designed for contamination-sensitive and precision-critical laboratory workflows, the CLT 20 µL Extended Length Universal Filter Pipette Tips provide reliable liquid handling performance for PCR, qPCR, RNA preparation, and molecular biology applications. Compatible with Thermo ART-style systems and most universal pipettes, the extended-length tip structure improves accessibility in deep tubes and narrow vessels while maintaining secure fitting and consistent pipetting accuracy across manual and multichannel workflows.

Manufactured from 100% virgin polypropylene under ISO-8 cleanroom production conditions, each tip features an integrated aerosol-resistant filter element to help reduce cross-contamination and protect pipettes from sample carryover. The low-retention inner surface minimizes liquid residue and improves sample recovery accuracy, while DNA-free, DNase-free, RNase-free, and endotoxin-free assurance supports highly sensitive laboratory applications and automated liquid handling environments.

The sterile rack-packed configuration supports organized laboratory workflows and contamination-controlled pipetting procedures for sensitive molecular biology applications.

Note: These pipette tips are designed for specialized laboratory liquid handling applications. Please verify compatibility with your pipette system before purchase.

Specifications

Features

• Thermo ART Style Compatibility: Designed with universal fitting geometry compatible with Thermo ART-style pipette systems and most standard laboratory pipettes for reliable sealing and stable liquid transfer.

• Extended Length Design: The 43.3 mm extra-long tip structure improves access to deep tubes, narrow containers, and specialized laboratory vessels.

• Aerosol-Resistant Filter Protection: Integrated filter element helps reduce aerosol contamination and protects pipette shafts from sample carryover.

• Low Retention Performance: Optimized low-adsorption inner surface minimizes liquid residue and improves recovery accuracy for low-volume and sensitive samples.

• Slender Flexible Structure: The refined tip geometry enhances flexibility and supports easier operation across a wide range of pipetting workflows.

• 100% Virgin Polypropylene Construction: Manufactured using high-purity polypropylene material for excellent transparency, flexibility, and chemical resistance.

• ISO-8 Cleanroom Production: Produced in controlled cleanroom environments to support contamination-sensitive laboratory workflows.

• DNase/RNase-Free & Endotoxin-Free: Certified free from nucleases, DNA contamination, pyrogens, and endotoxins for molecular biology and diagnostic research applications.

• Sterile Rack Packed Format: Pre-racked sterile packaging supports efficient laboratory organization and streamlined pipetting workflows.

Applications

• PCR / qPCR workflows

• RNA and DNA sample handling

• Molecular biology liquid handling

• Liquid pipetting and dispensing

• Plate and reaction vessel filling

• Electrophoresis gel loading

• Phase extraction and supernatant removal

• Automated and manual liquid handling systems

• Deep tube and narrow vessel pipetting applications

Competitive Advantage

Our CLT 20 µL Extended Length Universal Filter Pipette Tips are engineered to provide reliable compatibility, contamination control, and low-retention performance for precision-sensitive laboratory liquid handling applications.

Key Advantages:

• Compatible with Thermo ART-style and universal pipette systems

• Integrated aerosol-resistant filter helps reduce contamination risk

• Extended length structure improves deep vessel accessibility

• Low retention surface improves sample recovery efficiency

• Sterile rack-packed format supports contamination-sensitive workflows

• ISO-8 cleanroom manufactured for molecular biology applications

• Suitable for PCR, qPCR, RNA, and diagnostic research workflows