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【Applied Biosystems】ABI 3500/3500xL Gene Analyzer

【Applied Biosystems】ABI 3500/3500xL Gene Analyzer

【Applied Biosystems】ABI 3500/3500xL Gene Analyzer
CategoriesGene Analyzer
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BrandApplied Biosystems
Update Time2018-12-17
Detail Information
American Applied Biosystems, known for its technological innovation, recently launched the new 3500 Series Genetic Analyzers, setting a completely new standard for capillary electrophoresis. It integrates a series of platform innovations designed for optical and thermal systems, opening up an innovative consumable system. The common superposition of these elements makes 3500 Series products the gene analyzers of the highest performance ever.

One of the features of 3500 system is its advanced long-life solid-state laser, which reduces the physical and environmental footprint of the system and also reduces the cost of acquisition. 3500 system uses standard power outlets which is more convenient. The system's laser produces less heat than traditional designs, eliminating the need to build pipelines in the lab. In addition, these features also reduce the overall size of the instrument as much as possible, providing the highest performance while occupying less laboratory space.

System Components
Applied Biosystems 3500 and 3500xL Gene Analyzer contain the following components:
• capillary electrophoresis apparatus
• 8-capillary (3500 system) or 24-capillary (3500xL system) arrays and polymers
• Special reagents and consumables for DNA sequencing and/or fragment analysis
• Dell Computer Workstations and LCD Monitors
• Integrated software for instrument control, data collection, quality control, and automatic analysis of sample files for base calls and fragment screening

• 8-capillary (3500 system) or 24-capillary (3500xL system) arrays.
• Advanced thermal system design improves temperature control in demanding DNA fragment analysis applications.
• Single 505nm solid-state laser — uses a standard power supply; no heat dissipation needed.
• Significantly improves the signal consistency between instruments, operations and capillaries.
• Powerful comprehensive data collection and preliminary analysis software provide real-time assessment on data quality.
• Radio Frequency Identification (RFID) technology tracks critical consumable data and records management information.
• Advanced multiplex analysis of DNA fragments using up to 6 unique dyes.
• Unmatched application flexibility - an array and a polymer compatible with most applications.
• Simple installation, operation and maintenance.

Single 505 nm long-life solid-state laser
Electrophoretic voltage
20 kV
Temperature of temperature control box
Dynamic temperature control from 18°C to 70°C
Minimum computer requirements
CPU: Pentium IV 1.86 GHz processor
Operating system: Windows® Vista SP1
Hard disk: 1X 80 GB 7200 RPM SATA 3.0GB/s and 8 MB data cache
Operating environment
Temperature: 15-30°C (Room temperature fluctuations cannot exceed ±2°C during operation)
Humidity: 20-80% (non-condensing)
Main supply voltage
100-240 V±10%
50-60 Hz±10%
Max: 15 A
Maximum power consumption
417 VA, 371 W (approximation, excluding computers and monitors)
Width (door closed): 61 cm
Width (door open): 122 cm
Depth:61 cm
Height:72 cm
Weight:82 kg (approximation)

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