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Real Time PCR LRTP-A40 a powerful, precise, modular design PCR thermal cycler system with 4-fluorescence detection channel. Based on advanced Peltier-based technology with high amplification efficiency up to 5°C/s maximum ramp rate saves valuable time. A powerful optical system offers Automatic collection of data from all wells during the detection process using white LED as a light source and a high-resolution CCD camera. Tailored with 470 nm, 525 nm, 585 nm, 610 nm Excitation filters, and 525 nm, 570 nm, 610 nm, 678 nm detection filters alongside different fluorescent channels like Channel 1: FAM/SYBR, Channel 2: VIC/HEX/JOE/TET/TAMRA/CY3, Channel 3: ROX/TexasRed, Channel 4: CY5, for various applications. Independent software analysis module enables easy experiment setup and delivers faster results. Ingenious design with the standard configuration of 96-well plate to carry out the quantitative study in gene expression, genetic variation, genotyping, etc. using small amounts of DNA or RNA as a nucleic acid sample. This device can be customized with an optional 5th channel based on customer requirements.
Real Time PCR widely implemented in vitro method for multiplication/amplification /quantification of fluorescence dye tagged DNA or RNA nucleic acid. Real-time PCR thermal cyclers are used to conduct the quantitative study in gene expression, genetic variation, genotyping, protein expression, etc. using small amounts of DNA or RNA as a nucleic acid sample. PCR machine is in high demand across Genetic Engineering, Virology, Biotechnology, Medicine, Molecular Biology, Forensic Science, and Pharma Industry.
Fluorescence Detection Channel | 4 |
Reactions Per Run | 96 |
Block Format | 96-well, 0.2 ml |
Light Source | High brightness monochrome LED |
Fluorescence Detection Channel | 4 |
Reactions Per Run | 96 |
Block Format | 96-well, 0.2 ml |
Light Source | High brightness monochrome LED |
This series uses advanced Peltier based semi conductor technology for thermal uniformity. These products are steady, easy to operate and affordable.
Fluorescence Detection Channel | 4 |
Reactions Per Run | 96 |
Block Format | 96-well, 0.2 ml |
Light Source | High brightness monochrome LED |
Fluorescence Detection Channel | 4 |
Reactions Per Run | 96 |
Block Format | 96-well, 0.2 ml |
Light Source | High brightness monochrome LED |
Fluorescence Detection Channel | 4 |
Reactions Per Run | 96 |
Block Format | 96-well, 0.2 ml |
Light Source | High brightness monochrome LED |
Fluorescence Detection Channel | 4 |
Reactions Per Run | 96 |
Block Format | 96-well, 0.2 ml |
Light Source | High brightness monochrome LED |
The series is designed with the 8” TFT colour screen for easy observation and advanced windows operating system. It consists of replaceable double block that can function separately.
Fluorescence Detection Channel | 4 |
Reactions Per Run | 96 |
Block Format | 96-well, 0.2 ml |
Light Source | High brightness monochrome LED |
Fluorescence Detection Channel | 4 |
Reactions Per Run | 96 |
Block Format | 96-well, 0.2 ml |
Light Source | High brightness monochrome LED |
Fluorescence Detection Channel | 4 |
Reactions Per Run | 96 |
Block Format | 96-well, 0.2 ml |
Light Source | High brightness monochrome LED |
Fluorescence Detection Channel | 4 |
Reactions Per Run | 96 |
Block Format | 96-well, 0.2 ml |
Light Source | High brightness monochrome LED |
Fluorescence Detection Channel | 4 |
Reactions Per Run | 96 |
Block Format | 96-well, 0.2 ml |
Light Source | High brightness monochrome LED |
Fluorescence Detection Channel | 4 |
Reactions Per Run | 96 |
Block Format | 96-well, 0.2 ml |
Light Source | High brightness monochrome LED |
Fluorescence Detection Channel | 4 |
Reactions Per Run | 96 |
Block Format | 96-well, 0.2 ml |
Light Source | High brightness monochrome LED |