Overview

HPLC System LMHLS-A201 operates at temperatures ranging from 1°C to 45°C, ensuring consistent sample conditions. Provide a flow range of 0.001–10.000 mL/min for precise fluid control during separation. Offers high sensitivity and resolution for the accurate detection of analytes. Built-in Hg lamp calibration for precise and stable wavelength measurement. Our HPLC system is an essential tool for laboratories conducting complex chemical analyses.

Features :

DAD Detector

High Sampling Rate

Large Injection Volume

Optional Column Switching

Easy to Operate 

Specifications :

Flow Rate Range	0.001 to 10.000 ml/min
Maximum Operating Pressure	45 MPa / 62 MPa
Maximum Injection Volume	100 µl
Maximum Column Capacity	300 mm column, 3 columns
Temperature Range	1 to 45°C
Injector Capacity	120 × 2 ml vials, 96-well plates compatible
Column Oven Temperature	1 to 90°C
Column Switch	Optional
DAD Detector	1024 diodes
Wavelength Calibration	Built-in Hg lamp for calibration
Maximum Sampling Rate	160 Hz

Applications :

HPLC System LMHLS-A201 is essential for separating, identifying, and quantifying components in complex mixtures across industries and research fields.

Selection Guide :

HPLC System LMHLS-A201 is a high-performance liquid chromatography unit designed for advanced research, analytical testing, and quality control across pharmaceutical, chemical, and biochemical laboratories. It features a wide flow rate range of 0.001 to 10.000 ml/min, making it suitable for both micro and standard-scale analyses. With a high maximum operating pressure of 45 MPa, extendable to 62 MPa, it supports high-resolution separations using longer or smaller particle-packed columns. The system allows a maximum injection volume of 100 µl, suitable for medium sample throughput, and can accommodate up to three 300 mm columns, providing flexibility for complex gradient elution and multi-component separations. Its robust design and capability to meet compliance standards and certifications make it reliable for regulated environments, ensuring accuracy, repeatability, and method adaptability in various scientific and industrial applications.