Introduction: The BG-subMAX high-throughput horizontal electrophoresis instrument is a large-panel horizontal electrophoresis instrument. The ultra-long gel tray design is an ideal choice for Southern hybridization, Northern hybridization, RFLP, and isolation of plasmid DNA restriction digest products. The sample loading level is more suitable for the experimental needs of relatively large sample volume, and can quickly complete the gel analysis, saving your experimental time. Features: 1. High-throughput: It can make up to 306 samples at a time (optional), which is specially developed for multi-sample and high-throughput analysis 2. Ultra-long gel tray: Ideal for Southern hybridization, Northern hybridization, RFLP, separation of plasmid DNA restriction digest products 3. Support arranging gun sample: 26-well (support 8 and 12-channel arranging gun high-throughput sample), 51-well electrophoresis comb, which greatly facilitates large-scale PCR product analysis 4. Convenient maintenance: The use of replaceable electrode heads greatly facilitates later maintenance 5. Safe and reliable: limit function, accurate operation; button-type open cover design, open the cover and cut off the power to ensure safety Technical Parameters: Gel area (W×L): 250×200 mm Comb thickness: 1.0 mm, 1.5 mm Number of comb teeth: 26 holes (support arranging guns for sample addition), 51 holes Buffer volume: 2500ml Withstand voltage: voltage 200 V, 40 W Recommended power supply: BG-Power600K, BG-Power600 or BG-Power 300 Dimensions (L×W×H): 394×297×134 mm Weight: 3.8 kg
Introduction: The BG-subMAX high-throughput horizontal electrophoresis instrument is a large-panel horizontal electrophoresis instrument. The ultra-long gel tray design is an ideal choice for Southern hybridization, Northern hybridization, RFLP, and isolation of plasmid DNA restriction digest products. The sample loading level is more suitable for the experimental needs of relatively large sample volume, and can quickly complete the gel analysis, saving your experimental time.
