Real-time Fluorescent Quantitative PCR System GNM-C7, Beijing Genome Biotechnology (CAT#: STEM-PCRE-0182-LKN)

Real-time Fluorescent Quantitative PCR System GNM-C7 from Beijing Genome Biotechnology is designed based on the modular technology. The optical detection and temperature control functions involved in the fluorescent PCR technology are integrated into a palm-sized detection module, so that each module has complete fluorescent PCR detection functions. The bus technology is added to the module, so that only 4 leads are needed to control the work of each module. The system consists of a control host and multiple PCR amplification modules. The introduction of the single-module system allows customers to carry out nucleic acid detection projects with minimal investment.

Temperature control range: ambient±5 ~ 99°C
Max. Heating speed: 12.5°C/s (50~100°C)
Max. Colling speed: 12.5°C/s (50~100°C)
Temperature accuracy: ±0.3°C (50~100°C)
Heating/cooling technology: liquid metal coated ceramic heating/air bath cooling
Sample volume: 25ul
Communication interface: USB 2.0, LAN
Overall dimensions: 398*255*272mm
Weight: 30.6Kg
Power supply: 220V AC±10%, 50Hz, 2A
Excitation light source: High energy, long life four color LED
Detector: high sensitivity PIN
Detection channels number: 4
Sensitivity of Detection: 1 copy
Sample linearity: R≥0.99
Excitation wavelength: CH1 450~495nm, CH2 498~550nm, CH3 570~590nm, CH4 630~645nm
Detection wavelength: CH1 515~545nm, CH2 570~593nm, CH3 610~667nm, CH4 666~769nm

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