Life Technologies 8441-21 Ion OneTouch ES Magnetic Bead-Based Enrichment System for DNA/RNA Library Preparation

The Life Technologies 8441-21 Ion OneTouch ES is an automated magnetic bead-based system designed for isolating template-positive Ion Sphere particles, essential in DNA and RNA library preparation workflows. This unit supports a range of genomic applications, including genomic DNA, amplicon, and cDNA RNA library enrichment, compatible with Ion 314, 316, and 318 sequencing chips.

Key technical features include:

• Magnetic bead technology for precise and reproducible particle isolation, critical in molecular cloning and next-generation sequencing sample prep.
• Capacity to process up to 384 multiplexed barcoded libraries, enhancing throughput for bioprocessing and synthetic biology research.
• Automated workflow reduces hands-on time, with a total runtime of approximately 4 hours, improving laboratory efficiency in biotechnology and molecular diagnostics.
• Operational within a controlled environment of 15-25°C and 20-80% non-condensing humidity, ensuring sample integrity during enrichment.
• Compatible with global power standards (110/120/220/240 VAC, 50/60 Hz), suited for international laboratory settings.

This system is widely adopted for biomedical engineering, molecular diagnostics, and gene editing projects requiring consistent high-quality library enrichment. Its design supports biopharmaceutical production pipelines and advanced genomics research applications, making it a valuable asset for laboratories focused on biomanufacturing and synthetic biology workflows.

Specifications:

• Total system runtime: 4 hours with minimal user intervention
• Operating conditions: 15-25°C; humidity 20-80% (non-condensing)
• Input power: 110/120/220/240 VAC, frequency 50/60 Hz
• Multiplexing: Up to 384 barcoded DNA/RNA libraries
• Includes power cord for immediate setup
• System weight: 8.16 kg (18.0 lbs)
• Dimensions: 45.72 cm x 33.53 cm x 30.48 cm

This equipment is critical for automated enrichment workflows in next-generation sequencing and molecular cloning, facilitating reproducible and high-throughput sample preparation, especially in biotechnology research domains focused on precise nucleic acid analysis and bioprocess optimization.