Introduction: The molecular hybridization furnace uses microchip control and hot air convection technology to provide users with a precise and constant temperature environment when working. Because of its fast heating speed and uniform temperature distribution, it is widely used in the screening of cloned genes, the qualitative and quantitative detection of specific gene sequences in the genome, the diagnosis of diseases, and Northern and Southern hybridization experiments. It is an ideal equipment for modern laboratories to provide molecular hybridization technology. Features: 1. Simple operation, tube rotation, easy loading and unloading of hybrid tube 2. High safety. The inner tank and bracket are made of anti-corrosion stainless steel materials; the double-layer glass door effectively prevents radiation 3. Accurate temperature control ±0.5℃, high accuracy, good temperature stability, and fast heating speed 4. One machine for multiple purposes. The bottom shaking base can be used for placing hybrid bags and other incubation experiments with strict requirements Technical Parameters: Model: LF-IIIA Temperature control range: room temperature +5℃～100℃ Temperature control accuracy: ±0.5℃ Temperature uniformity error: ±0.03 Temperature display resolution: 0.1℃ Temperature balance time: <20min Rotation speed: 6-25r/min, adjustable speed Continuous working time: 24 hours Number of hybridization tubes: 6 Shaking the base at the bottom: Yes Frequency: 0-33HZ Amplitude: 0-1mm External dimensions: 450*480*370mm Internal size: 340*220*220mm Random hybrid tube: 35*240mm Optional hybridization tube: 35*150mm, 35*300mm Display mode: LCD display
Introduction: The molecular hybridization furnace uses microchip control and hot air convection technology to provide users with a precise and constant temperature environment when working. Because of its fast heating speed and uniform temperature distribution, it is widely used in the screening of cloned genes, the qualitative and quantitative detection of specific gene sequences in the genome, the diagnosis of diseases, and Northern and Southern hybridization experiments. It is an ideal equipment for modern laboratories to provide molecular hybridization technology.
