Overview

HPLC System LMHLS-A200 features a versatile flow range of 0.001 to 10.000 ml/min, ensuring precise control. It provides accurate wavelength measurements from 190 nm to 700 nm. Equipped with a dual-beam UV detector and built-in mercury lamp calibration. It can accommodate a wide range of sample sizes, extendable up to 1000 μl. Our HPLC System is designed to provide precise and reliable results for various analytical applications.

Features :

Rapid Separation

Automated Operation

Dual Beam UV Detector

Precision sample injection control

Wide Sample Capacity

Specifications :

Flow Rate Range	0.001 to 10.000 ml/min
Maximum Pressure	40 MPa
Maximum Injection Volume	100 μl (extendable to 1000 μl)
Sampler Temperature	1 to 45°C
Sampler Capacity	120×2 ml vial, compatible with 96-well plates
Column Temperature Box	Room temperature + 5°C to 65°C
Automatic Column Switching Valve	Built-in type, optional
Column Capacity	Maximum 300 mm long columns, up to 3 columns
UV Detector	Dual beam design
Wavelength Self-Calibration	Built-in mercury lamp calibration
Wavelength Coverage	190 nm to 700 nm
Maximum Sampling Frequency	100 Hz

Applications :

HPLC System LMHLS-A200 is an essential tool in clinical labs for analyzing blood and urine samples for metabolites, hormones, drugs, and other biomarkers.

Selection Guide :

HPLC System LMHLS-A200 is a versatile high-performance liquid chromatography unit suitable for a wide range of analytical research studies, applications, and experiments. It provides a broad flow rate range of 0.001 to 10.000 ml/min and supports a maximum pressure of 40 MPa, making it perfect for both low- and high-pressure separations. Its maximum injection volume of 100 μl, extendable up to 1000 μl, allows flexibility in sample handling for both trace and concentrated samples. The sampler temperature range of 1 to 45°C ensures accurate and consistent performance for temperature-sensitive samples. This system is well-suited for pharmaceutical quality control, food safety analysis, environmental monitoring, and biochemical research. Depending on the specific application, customers can benefit from its adaptability, precision, and ease of integration into regulated environments, especially when choosing systems with relevant certifications such as ISO or CE, which ensure compliance with international standards.