AM-HC-16C HIGH SPEED CENTRIFUGE
Specifications
-Time: 0-99min
-Max RCF: 17000xg
-Max RPM: 16000RPM, stepless speed adjustment
-Rotor capacity: 1.5/2ml*12 (Standard Rotor 1)
-Voltage: 110V 60Hz/220V 50Hz
-Dimension: 280*310*265mm; Weight: 10kg
Specifications
-Strong plastic case with metal lid
-Microprocessor control
-High brushless motor, LED display speed and time
-Over speed and imbalance alarm
-With mechanical door lock and safety switch
-Error code display
-Suitable for on genes and protein nucleic acid
Optional Rotors
MODEL | MAX SPEED | ROTOR CAPACITY | MAX RCF |
Rotor 1 | 16000 r/min | 1.5/2ml*12 | 17000xg |
Rotor 2 | 13000 r/min | 1.5/2ml*12 and 5ml*6 | 17000xg |
Rotor 3 | 13000 r/min | 1.5ml*12 and 0.5ml*12 | 17000xg |
Rotor 4 | 13000 r/min | 5ml*8 | 11400xg |
Rotor 5 | 12000 r/min | 1.5/2ml*24 | 15100xg |
Unmatched Performance & Precision:
- Blazing Speeds & High RCF: Reach maximum speeds of 17,000 rpm (23,848 RCF), efficiently isolating even the most challenging samples like viruses, nanoparticles, and protein complexes.
- Advanced Temperature Control: Ensure sample integrity with a precise and stable refrigeration system, featuring programmable settings (-20°C to 40°C) for optimal separations.
- Versatility for Diverse Needs: Choose from a wide range of compatible rotors to accommodate various tube sizes and volumes, adapting to your specific research requirements.
- Unmatched Accuracy & Repeatability: Experience exceptional consistency with advanced rotor balancing and vibration control technology, guaranteeing reliable and reproducible results.
- Intelligent User Experience: Enjoy a streamlined workflow with the intuitive touchscreen interface and pre-programmed protocols, simplifying complex workflows and saving valuable time.
Ideal for:
- Protein & Nucleic Acid Purification: Achieve fast and efficient isolation of high-purity proteins, DNA, and RNA for downstream applications like sequencing, enzymatic assays, and protein analysis.
- Cell & Organelle Fractionation: Isolate and analyze specific cellular components, organelles, and membranes with unrivaled precision for in-depth studies of cellular structures and functions.
- Virus & Particle Concentration: Enhance sensitivity and accuracy in virology and nanoparticle research with rapid concentration and purification of viruses, bacteria, and other microscopic particles.
- Biotechnology & Pharmaceutical Research: Accelerate research efforts in various fields like vaccine development, protein engineering, and drug discovery with unmatched separation power.
- Clinical & Forensic Applications: Conduct reliable and high-throughput sample processing for clinical diagnostics, forensic analysis, and environmental studies.
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