Applied Biosystems 7500 Real Time PCR System with EN61326 Compliance

The Applied Biosystems 7500 Real Time PCR System is a high-performance real-time PCR instrument optimized for biotechnology and molecular diagnostics applications. It supports multiplex fluorescence detection with up to five fluorescent dyes and accommodates 96-well plates or 0.2 mL tubes, delivering flexibility for diverse experimental workflows including bioprocessing and molecular cloning.

• Thermal cycling modes: Includes both Standard and 9600 Emulation modes supporting varied cycling protocols suited for synthetic biology and gene editing workflows.
• Run capacity: Processes up to 96 reactions per run with sample volumes ranging from 1 to 100 μL (recommended 20–100 μL), ideal for high-throughput molecular diagnostics and biomedical research.
• Sensitivity & Dynamic Range: Capable of detecting above 1 copy with a dynamic range up to 9 logs, essential for precise quantification in quantitative PCR assays used in biopharmaceutical production pipelines.
• Temperature uniformity: ±0.5°C within 30 seconds after target temperature achievement ensures high reproducibility and data accuracy across all wells.
• Compatibility: Compatible with all standard real-time PCR reagents, including those with passive reference dyes, contributing versatility in fluorescence analysis for biotechnology and clinical diagnostics.
• Physical specs: Compact footprint (34 cm width × 45 cm length × 49 cm height), weighing approximately 34 kg, makes it suitable for a wide range of laboratory environments focused on cell imaging and molecular biology.

Note: This unit is sold used in as-is condition without the analysis PC. It offers reliable functionality for academic and industry laboratories engaged in synthetic biology research and molecular diagnostics. The instrument complies with EN61326 electromagnetic compatibility standards, ensuring safe operation within regulated lab environments. Warranty includes repair or exchange for malfunctions occurring during the coverage period, facilitating dependable use in biomanufacturing and gene editing workflows.