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Real Time PCR MLRTP-4B
Real Time PCR MLRTP-4B is portable double channel and dual block 8-well (16 wells) PCR unit, that can run two programmes simultaneously. It is equipped with black reaction block to avoid background noise with powerful software analyzing specification to for both qualitative and quantitative analysis. The built-in electromagnetic block cover technology, prevents accidental and unwanted opening of the hot lid, thus providing extreme user safety.
Sample Capacity | 16 × 0.2ml (2 × 8 well, dual block) |
Emission Wavelength | F1: 520 to 540 nm F2: 540 to 580 nm |
Excitation Wavelength | 460 to 550 nm |
Excitation | Long life LED |
Sample Volume Range | 10 to 100μl |
Dynamics Range | 1 to 1010 Copies |
Consumable | Clear 0.2 ml PCR Tube 8 Tube Strips |
Display | 7 inch color TFT touch screen, 1280 × 800 pixels |
Factory Calibrated Dyes | F1 : FAM, SYBR Green 1; F2 : HEX / VIC / JOE / TET |
Temp. Control Accuracy | ± 0.25°C |
Temperature Fluctuation | ≤ ± 0.1 ℃ |
Temperature Uniformity | ± 0.25°C |
Ramping Rate | 6.0°C/s |
Temperature Control Technology | Marlow customized Peltier allow 1.000.000 cycles |
Temperature Range | 0 to 100°C |
Hot-lid Temp. Range | 30 to 115°C (Adjustable, default 105°C) |
Temperature Control | Block/Tube |
Operation Mode | Continuous |
Communication | WiFi USB 2.0 |
Dimension ( L × W × H ) | 300 × 267 × 198 mm |
Net Weight | 5.5 KG |
Dual channels with double 8-well blocks |
7 inch HD TFT touch screen panel |
Inbuilt 20G flash memory for storage of up to 40,000 pieces of data |
Side scan technology for detection of detection of short distance and maintenance of fluorescence acquisition signal stability |
LED light source |
Electromagnetic lid lock technology |
Front shut button for extra security of file data |
Forward and backward flow air vent design |
Safety: Over-current, over temperature and self recovery of data on accidental power off |
Used in gene, miRNA, protein expression and noncoding RNA, mutation, SNP, detection of copy number variation and rapid diagnosis of samples derived from an epidemic.