Brief introduction: The automatic nucleic acid extractor developed and produced by Aikang Company is based on the classical method of magnetic bead separation. The 96 hole deep hole plate is used as the experimental carrier to realize the automatic extraction and purification of high throughput and high purity DNA/RNA. It has all the operation steps and functions of conventional magnetic bead method for nucleic acid extraction, and can make the hardware module and software function deeply customized according to the details of the reagent you use to meet the requirements of high purity and fine purification of nucleic acid. Basic parameters: Purification method: magnetic bead extraction Sample flux: 96 sample Experimental carrier: 1: 96 hole deep hole plate 9dpl) Reagent sites: 40 original reagent bottles, 16 50ml common reagent sites Mechanical arms: 1-2 Sampling channel: 8 channels, may not be added at equal intervals Sample needle: 50 μ l, 200 μ l, 1000 μ l, intelligent selection, black conductive, with filter element Sample size: 2-1000 μ l Liquid detection: capacitance, pressure dual induction, detection of liquid level and clot sensitivity is extremely high Oscillations: horizontal circular oscillations, rotational speeds of 50 / 2000rmin, oscillations, incubations, or independent separation Incubation: metal bath incubation, room temperature 100 ℃ Refrigeration: optional reagents PCR plate refrigeration module Software: Chinese, graphic, intuitive, concise, easy to learn, easy to understand and easy to operate
Brief introduction: The automatic nucleic acid extractor developed and produced by Aikang Company is based on the classical method of magnetic bead separation. The 96 hole deep hole plate is used as the experimental carrier to realize the automatic extraction and purification of high throughput and high purity DNA/RNA. It has all the operation steps and functions of conventional magnetic bead method for nucleic acid extraction, and can make the hardware module and software function deeply customized according to the details of the reagent you use to meet the requirements of high purity and fine purification of nucleic acid.
