What types of samples can this system analyse?

This system is designed for the analysis of DNA and RNA fragments, including genomic DNA, PCR products, NGS libraries, and total RNA.

Is this system difficult to operate?

Fragment analyser systems are generally designed for user-friendly operation with integrated software for run setup, data analysis, and reporting, aiming to minimise manual intervention.

What consumables are required for operation?

Operation typically requires specific assay kits, capillaries, and reagents supplied by the manufacturer or compatible third-party vendors. Buyers should confirm availability and compatibility for their specific applications.

How does this compare to traditional gel electrophoresis?

Capillary electrophoresis offers higher resolution, greater sensitivity, faster run times, and automated data analysis compared to traditional slab gel electrophoresis, making it more suitable for high-throughput and precise applications.

Can this system be integrated into existing lab workflows?

Yes, these systems are commonly integrated into molecular biology and genomics workflows, particularly for quality control steps in next-generation sequencing and other nucleic acid preparation protocols.

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Used AATI Fragment Analyser Capillary Electrophoresis system - Electrophoresis Systems & Power Supplies

used Equipment

Available

Verified seller

AATI Fragment Analyser Capillary Electrophoresis system

Name: AATI Fragment Analyser Capillary Electrophoresis system
Brand: AATI
SKU: 592 R2A
Price: 1875 GBP
Availability: InStock

Price: £ 1,875

used AATI Fragment AnalyserHigh-throughput DNA and RNA quality analysis Automated capillary electrophoresis for accurate fragment sizing quantification

Cambridgeshire, United Kingdom

5,773 km away

Model Number

Fragment Analyser

Stock Number

592 R2A

Machinery Masters View

Typical context for this category of equipment. Always confirm specifics with the seller.

Next-generation sequencing (NGS) library quality control.
PCR fragment analysis and verification.
RNA integrity assessment and quantification.
Genomic DNA quality assessment.
Microsatellite analysis and genotyping.

Typical throughput: Units of this type commonly offer automated processing for multiple samples, often ranging from 12 to 96 samples per run, depending on the specific model and plate format.
Power supply: Typically requires a standard laboratory power supply, commonly 230V, 50Hz for UK operation, with specific wattage varying by model.
Footprint: For this class of equipment, units typically have a benchtop footprint, requiring dedicated laboratory space but generally not extensive.
Sample volume: Commonly processes low sample volumes, typically in the microlitre range, suitable for precious nucleic acid samples.
Detection method: Utilises fluorescence detection, which is standard for high-sensitivity nucleic acid analysis in capillary electrophoresis systems.
Data output: Typically provides electropherogram and gel-style images, along with quantitative data for fragment size, concentration, and quality metrics.

Electrophoresis systems and power supplies maintain solid reputations for reliability in molecular biology and genomics laboratories. Buyers typically value robust construction and stable power output when assessing used equipment. Key considerations include verifying calibration history, checking electrode condition, and confirming compliance with current safety standards. Industry sentiment favours models with straightforward maintenance records and clear documentation of previous usage. Established brands generally command confidence, though consistent performance across comparable specifications remains the primary driver of purchase decisions in this sector.

General overview for this equipment type

Machinery Masters Intelligence. General guidance for this category of equipment only, not a substitute for the seller's exact specifications. Always confirm details with the seller.