AELAB High Performance Liquid Chromatography (HPLC) Systems price

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AELAB High Performance Liquid Chromatography (HPLC) Systems

AELAB supplies High Performance Liquid Chromatography systems for analytical laboratories, pharmaceutical quality control, chemical research, food testing, environmental analysis, biotechnology, universities and industrial laboratories.

The available HPLC range supports different laboratory workflows, including routine isocratic analysis, gradient separation, high-pressure chromatography, semi-preparative purification, preparative chromatography and liquid chromatography–mass spectrometry applications.

Laboratories can compare AELAB HPLC systems according to separation method, pump configuration, pressure requirements, detector type, sample throughput, analytical or preparative scale and data-processing needs.

This category introduces the available HPLC system configurations without focusing on one individual product model. Detailed specifications can be reviewed separately on the relevant product pages.

Explore AELAB HPLC Systems and Available Configurations

Compare analytical, isocratic, gradient, high-pressure, semi-preparative, preparative and LC-MS chromatography solutions.

View All AELAB HPLC Systems

Request HPLC Configuration Recommendation and Quotation

Available HPLC System Types

AELAB offers chromatography configurations for different separation, identification, quantification and purification requirements. The appropriate system type depends on the analytical method, sample characteristics, required sensitivity and laboratory workflow.

HPLC System Type	Typical Purpose
Isocratic HPLC System	Uses a mobile phase with a constant composition and is suitable for routine methods involving relatively simple sample mixtures.
Binary Gradient HPLC System	Changes the mobile-phase composition during analysis to improve separation of samples containing compounds with different retention characteristics.
High-Pressure Analytical HPLC	Supports demanding analytical separations that require stable solvent delivery, controlled pressure and repeatable chromatographic performance.
Semi-Preparative HPLC	Used when laboratories need to isolate and collect larger quantities of target compounds than standard analytical HPLC normally provides.
Preparative HPLC System	Designed for purification, fraction collection and recovery of compounds at a larger scale for research or process-development applications.
Modular HPLC Configuration	Allows laboratories to select and combine suitable pumps, injectors, detectors, autosamplers and other modules according to the required method.
LC-MS System	Combines chromatographic separation with mass spectrometric detection for advanced compound identification, confirmation and quantitative analysis.

How an HPLC System Works

High Performance Liquid Chromatography separates the components of a liquid sample by passing it through a packed chromatographic column under controlled pressure. Different compounds interact with the stationary phase and mobile phase to different degrees, causing them to leave the column at different retention times.

1. Mobile-Phase Delivery

The pump delivers one or more solvents through the chromatography system at a controlled flow rate.

2. Sample Introduction

The sample is introduced manually or automatically into the moving solvent stream.

3. Column Separation

Sample components separate according to their physical and chemical interactions inside the column.

4. Detection and Analysis

The detector records separated compounds and the software produces chromatographic data for evaluation.

Typical HPLC Applications

Pharmaceutical active ingredient identification and assay testing
Drug impurity and degradation-product analysis
Pharmaceutical formulation and quality-control testing
Food additive, preservative, vitamin and contaminant analysis
Environmental testing of water, soil and chemical pollutants
Biochemical, protein, peptide and biomolecule research
Natural-product and plant-extract analysis
Cosmetic ingredient and formulation testing
Chemical composition and purity evaluation
Forensic and toxicological laboratory analysis
Research and method-development laboratories
Purification and collection of selected compounds
Quantitative determination of target substances in complex samples
LC-MS sample separation before mass spectrometric detection

Common Components of an HPLC System

An HPLC configuration may include several modules. The final combination should be selected according to the analytical method and required laboratory performance.

System Component	Main Function
Solvent Reservoir	Stores the mobile-phase solvents used during chromatographic analysis.
Degassing Unit	Reduces dissolved gas in the mobile phase to support stable solvent delivery and detector response.
HPLC Pump	Delivers the mobile phase through the system and column at a controlled flow rate and pressure.
Manual Injector or Autosampler	Introduces a controlled volume of sample into the chromatographic flow path.
Chromatography Column	Contains the stationary phase where sample components are separated.
Column Compartment	Maintains controlled column conditions when temperature regulation is required by the method.
Detector	Measures separated compounds as they leave the column and converts the response into analytical data.
Chromatography Software	Controls compatible modules and processes chromatograms, retention times, peak areas and quantitative results.
Fraction Collector	Collects separated fractions in semi-preparative and preparative chromatography workflows.
Mass Spectrometer	Provides mass-based identification and advanced detection when HPLC is integrated with LC-MS.

How to Select the Right HPLC System

Selecting an HPLC system should not be based only on price or maximum pressure. Laboratories should first define the separation method, sample properties, required detector, expected workload and future expansion requirements.

Selection Factor	Questions to Consider
Analytical or Preparative Use	Is the main goal quantitative analysis, compound identification, method development or purification and collection?
Isocratic or Gradient Operation	Does the method use a constant solvent composition, or must the mobile-phase composition change during the run?
Pump Configuration	How many solvents are required, and what flow stability, pressure range and gradient performance does the method need?
Flow-Rate Requirement	What flow-rate range is required for the selected column and analytical or preparative scale?
Operating Pressure	What pressure may be generated by the selected column, particle size, solvent viscosity and flow rate?
Detector Type	Do the target analytes absorb UV light, fluoresce, require refractive-index detection or need mass spectrometric confirmation?
Sample Throughput	Will samples be injected occasionally, or is an autosampler required for routine multi-sample operation?
Column Temperature	Does the analytical method require controlled or elevated column temperature?
Injection Volume	What sample volume must be introduced for analytical, semi-preparative or preparative chromatography?
Data Processing	What instrument-control, chromatogram-processing, reporting and data-export functions are required?
Future Expansion	Could the laboratory later require another detector, autosampling, fraction collection or LC-MS integration?
Method and Compliance Needs	Are there established laboratory methods, documentation procedures or data-management requirements that the system must support?

Information Required for HPLC Model Selection

Providing the following information helps the AELAB technical team identify an appropriate HPLC configuration:

Target compounds or sample type
Analytical, semi-preparative or preparative application
Existing analytical method, when available
Required isocratic or gradient operation
Preferred detector type
Expected flow rate and operating pressure
Required number of solvent channels
Manual injection or autosampler requirement
Column-temperature-control requirement
Expected number of samples per day
Need for fraction collection or LC-MS detection
Destination country and electrical requirements

AELAB HPLC Solution Categories

The AELAB HPLC category covers several chromatography solution groups. The final configuration can be selected according to the laboratory method rather than choosing a system only by its external appearance or general product name.

Analytical HPLC Systems

Configurations intended for routine separation, identification and quantitative analysis in research, quality-control and testing laboratories.

Isocratic HPLC Configurations

Suitable for established analytical methods using a constant mobile-phase composition throughout the chromatographic run.

Gradient HPLC Configurations

Designed for methods that require controlled changes in solvent composition to separate more complex sample mixtures.

High-Pressure HPLC Solutions

Developed for chromatographic workflows requiring controlled high-pressure solvent delivery and stable operation.

Semi-Preparative and Preparative HPLC Systems

Used for compound isolation, purification and fraction collection at higher sample loads than conventional analytical chromatography.

Liquid Chromatography–Mass Spectrometry Solutions

Combines liquid chromatographic separation with mass spectrometric detection for advanced research, identification and quantitative workflows.

View the complete AELAB HPLC category, available systems and technical information

Why Choose AELAB HPLC Systems?

Multiple HPLC configurations for analytical and purification workflows
Options for isocratic and gradient chromatography methods
Solutions for routine laboratory analysis and advanced research
Analytical, semi-preparative and preparative system categories
Modular configurations for different laboratory requirements
Support for selecting pumps, injection systems, detectors and related modules
LC-MS solutions for laboratories requiring mass spectrometric detection
Technical configuration assistance before quotation
International supply and export-packaging support
Shipping and destination-related coordination for overseas customers
Electrical and system configuration support where available

HPLC Installation and Operating Considerations

Reliable HPLC performance depends not only on the instrument configuration but also on the laboratory environment, solvent quality, column condition, sample preparation and routine maintenance.

Install the system on a stable laboratory bench with suitable ventilation.
Use compatible, properly prepared and filtered mobile-phase solvents.
Degas solvents according to the method and system requirements.
Filter or clarify samples when required to reduce contamination and blockages.
Select columns according to the analyte, separation mode and method conditions.
Avoid operating beyond the permitted pressure of the system or column.
Flush compatible flow paths after using salts, buffers or strongly retained compounds.
Follow the recommended procedures for seals, tubing, injectors and detector cells.
Use suitable standards, blanks and quality-control samples during analytical work.
Record maintenance, performance checks and method conditions according to laboratory procedures.

About AELAB

AELAB is a laboratory equipment brand and supplier based in Guangzhou, China. The company provides analytical instruments, general laboratory equipment and quality-control solutions for distributors, universities, research organizations, testing laboratories and industrial customers worldwide.

The AELAB product portfolio includes chromatography systems, spectroscopic instruments, laboratory equipment, environmental testing systems, pharmaceutical testing instruments, sample-preparation equipment and other laboratory solutions.

Official website: www.aelabgroup.com

Frequently Asked Questions

What is High Performance Liquid Chromatography?

HPLC is an analytical separation technique in which a liquid mobile phase carries a sample through a packed column under controlled pressure. The separated components are then measured by a suitable detector.

What is the difference between isocratic and gradient HPLC?

Isocratic HPLC uses a constant mobile-phase composition throughout the analysis. Gradient HPLC changes the solvent composition during the run and is often selected for more complex sample mixtures.

Does every laboratory require an HPLC autosampler?

No. Manual injection may be sufficient for occasional analysis. An autosampler is generally more suitable when laboratories process multiple samples, require unattended operation or need consistent automated injection.

Which HPLC detector should I choose?

Detector selection depends on the target compounds, their optical or chemical properties, required sensitivity and the analytical method. Providing the sample type and method helps determine a suitable detector category.

What is the difference between analytical and preparative HPLC?

Analytical HPLC is mainly used to identify or quantify sample components. Preparative HPLC is selected when the goal is to isolate, purify and collect larger quantities of a target compound.

Can an HPLC system be configured for future expansion?

A modular configuration may allow laboratories to add or change compatible components such as an autosampler, detector, column compartment or fraction collector. Expansion options should be confirmed before purchase.

Does AELAB provide LC-MS systems?

The AELAB HPLC category includes liquid chromatography–mass spectrometry solutions for laboratories requiring advanced separation and mass-based detection. The required analytical application should be provided when requesting a configuration.

Can AELAB recommend an HPLC configuration for my laboratory?

Yes. Send the sample type, target compounds, analytical method, required detector, flow rate, pressure, injection method, daily workload and destination country. Suitable configurations can then be reviewed.

Are chromatography columns included with every HPLC system?

Column supply depends on the selected configuration and quotation. Because column chemistry and dimensions are method-specific, the required column should be confirmed separately.

Request an AELAB HPLC Configuration, Price and Technical Proposal

Tell the AELAB technical sales team about your samples, target compounds, analytical method, detector requirement, required flow rate, operating pressure, injection method and expected sample throughput.

A suitable technical proposal can include recommended HPLC configurations, available modules, technical specifications, compatible options, delivery information, export packaging and shipping details.

View AELAB High Performance Liquid Chromatography Systems

Email: info@aelabgroup.com

WhatsApp / WeChat: +86 158 0001 6110

Website: www.aelabgroup.com