CLT 10 µL Universal Filter Pipette Tips – Extended Length – Low Retention – Sterile Rack Packed (96/Rack) – Biofargo

Description

CLT 10 µL Universal Filter Pipette Tips – Extended Length – Low Retention – Sterile Rack Packed

Designed for contamination-sensitive and precision-critical workflows, the CLT 10 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 prevent cross-contamination and protect pipettes from sample carryover. The low-retention inner surface minimizes liquid residue and enhances sample recovery, 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 molecular biology, genomics, analytical chemistry, and routine laboratory liquid handling 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 extended 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 Inner Surface: Optimized low-adsorption surface minimizes liquid residue and improves recovery accuracy for sensitive or low-volume samples.

• 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

• Liquid pipetting and dispensing

• Plate and reaction vessel filling

• Electrophoresis gel loading

• Phase extraction and supernatant removal

• Automated and manual liquid handling systems

• Contamination-sensitive molecular biology workflows

Competitive Advantage

Our CLT 10 µL Extended Length Universal Filter Pipette Tips are engineered to provide reliable contamination control, low-retention liquid handling, and broad universal compatibility for highly sensitive laboratory applications.

Key Advantages:

• Compatible with Thermo ART-style and universal pipette systems

• Integrated aerosol-resistant filter reduces cross-contamination risk

• Extended length structure improves deep vessel accessibility

• Low-retention inner surface improves sample recovery accuracy

• Optimized geometry supports accurate aspiration and dispensing

• Sterile rack-packed configuration supports contamination-controlled workflows

• ISO-8 cleanroom manufactured for sensitive laboratory applications

• Certified DNA-free, DNase-free, RNase-free, and endotoxin-free

• Suitable for PCR, qPCR, RNA, and automated liquid handling workflows