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Overview
HPLC System LMHLS-A202offers a flow range of 0.001 to 10.000 mL/min, ensuring versatility for diverse uses. It accommodates diverse sample sizes, with a maximum capacity of 30 μl. Provides accurate, dependable, and high-resolution separation of complex mixtures. It operates within a temperature range of 1 to 45°C, ensuring stable sample conditions. Our HPLC System is ideal for both research and industrial applications.
Features :
User-Friendly Design
Durability
Customizable Columns
Automatic sampler
Wide Temperature Range
Specifications :
| Flow Rate Range | 0.001 to 10.000 ml/min |
| Maximum Operating Pressure | 70 MPa |
| Maximum Injection Volume | 30 µL |
| Temperature Range | 1 to 45℃ |
| Injector Capacity | 120 × 2 mL vials, 96-well plates compatible |
| Column Oven Temperature Range | 1 to 90℃ |
| Column Switch | Optional |
| Maximum Column Capacity | 300 mm column, 3 columns |
| DAD Detector | 1024 diodes |
| Wavelength Calibration | Built-in Hg lamp calibration |
| Maximum Sampling Rate | 160 Hz |
Applications :
HPLC System LMHLS-A202 is designed for separating and analyzing proteins, peptides, lipids, nucleic acids, and other biomolecules in biological research.
Selection Guide :
HPLC System LMHLS-A202 is an advanced liquid chromatography system suitable for a wide range of research and analytical applications. With an accurate flow rate range of 0.001 to 10.000 ml/min and a high maximum operating pressure of 70 MPa, it is suitable for high-performance and high-pressure chromatographic separations. The system supports an injection volume of up to 30 µL, making it well-suited for experiments requiring small sample volumes. Its temperature control range of 1 to 45°C ensures reliable operation under varying laboratory conditions. Researchers can select this model for studies involving pharmaceutical analysis, food safety testing, biochemical separation, or environmental monitoring. Certifications and performance specifications align with regulatory standards, making it a dependable choice for both routine and advanced research experiments.
