Place of Origin:
Anhui, China
Brand Name:
Wayeal
Certification:
ISO, CE
Model Number:
LC3600
LC3600 Analysis Instrument Hplc Ultra High Performance Liquid Chromatography Instrument
Introduction of Liquid Chromatogaphy Instrument
The ultra High performance liquid chromatography instruments is able to perform the work of multiple HPLCs in less time, with higher separation, less reagent consumption, smarter and more convenient, greatly reducing the cost of managing the instrument.The high precision UHP delivery unit, low system diffusion volume, needle-in-flow path design, ultra-low injection cycle time and extremely low cross-contamination provide the UHPLC with higher speed, sensitivity and separation.
Parameters of Liquid Chromatography Instrument
| LC3600 Analysis Instrument Hplc Ultra High Performance Liquid Chromatography Instrument | |
| Working Condition | |
| Working Power | 220V, 50Hz |
| Ambient temperature | 10-40℃ |
| Relative humidity | 20-85% |
| Column Oven | |
| Temperature setting range | 20.0-90.0℃ |
| Temperature stability | ±0.3℃/h |
| Autosampler | |
| Maximum withstand pressure | Linear motor pump |
| Injection volume range | Binary (4-way solvent) |
| Injection volume error | 0.0001-2.0000mL/min |
| Injection repeatability | <0.3 %RSD |
| Linearity | R≥0.999 |
| Cross-contamination | <0.001% |
| Number of samples | 96 (2*48,2ml) |
| Temperature setting range | 4.0~40.0℃ |
Features of Liquid Chromatography Instrument
1. High precision ultra-high pressure infusion units.
2. Low system diffusion volumes and optimised flow paths.
3. Matching ultra-high speed optical detectors, ELSD, mass spectrometry, etc..
4. SmartLab CDS and SmartLab Solution chromatography workstation software.
5. Ultra-high pressure needle in flow path non-destructive injection technology
6. Ultra-high efficiency diode array detector with liquid core waveguide flow cell technology for non-destructive light energy transfer
Applications of Liquid Chromatography Instrument
Applications in bioengineering and biochemistry
Analytical studies of amino acids, peptides and proteins; analytical studies of nucleobases, nucleosides, nucleotides and nucleic acids; analytical studies of biogenic amines; mainly applied in gene mutation analysis, capable of meeting large-scale genetic variation detection screening.
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