Ask An Expert

We will Follow up with you within 24 hours.

HPLC System LMHLS-A101

HPLC System LMHLS-A101 is a binary system with flow rate range of 0.01 to 10 ml/min PDA detector with wavelength range of 200 to 800 nm to analyze sample at different wavelengths. C18 chromatography Column with wide range of capacity. Equipped with data workstation for processing, and analysis of chromatographic data.

Catalog

Specifications

Pump Specifications 0.01 to 10 ml/min, 42 MPa, C18 (customized size), ± 3%, 0.01, Binary, Elution controlled by panel or computer software, AC 110 V/ 220 V, 50 Hz/ 60 Hz, 400 × 300 × 180 mm
Detector specifications 200 to 800 nm, ± 1 nm, 6 nm, ± 5 × 10-6 AU (254 nm TC 2s, 10 Hz), 1 × 10-4 AU/hr (254 nm)

Pricing

Product Price Unit Action
HPLC System LMHLS-A101 $34,440.00 Each of 1

Features

C18 chromatography Column
Photodiode array (PDA) detector to analyze the samples
Pump control by panel or computer software
Automatic alarm function for over pressure
Automatic sample injector
Column oven to maintain temperature stability
Mixer to blend and deliver the mobile phase to the chromatographic column

Standard Accessories

Accessories noNameQuantity
1Infusion pump2
2Data workstation1
3HPLC Starter Kit1
4C18 chromatography Column1
5Column oven1
6Mixer1
7Solvent tray1
8PDA Detector1

Optional Accessories

Model No

Accessory

Unit

Quantity

LMHLS-A101-U1

UV Detector

Each

1

Applications

HPLC System is widely used in pharmaceutical analysis, food nutrient analysis of amino acids and sugars, detection of food contaminants, environmental pollutant and chemical product purity analysis.

Similar Products

HPLC System LMHLS-A202

  • 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

HPLC System LMHLS-A204

  • Flow Rate Range: 0.001 to 10.000 ml/min
  • Maximum Operating Pressure: 45 MPa / 62 MPa / 70 MPa
  • Maximum Injection Volume: 100 µL
  • Temperature Range: 1°C to 45°C
  • Injector Capacity: 120 × 2ml vials, compatible with 96-well plates

HPLC System LMHLS-A200

  • 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
HPLC System LMHLS-A100
  • Maximum Pressure: 42 MPa
  • Flow Range: 0.001 to 10.000 mL/min
  • Flow Accuracy: ± 0.5%
  • Flow Precision: ≤ 0.2%
  • Pressure Fluctuation: ≤ 1%
HPLC System LMHLS-A203
  • Flow Rate Range: 0.001to10.000 ml/min
  • Maximum Operating Pressure: 45 MPa / 62 MPa
  • Maximum Injection Volume: 100 μl
  • Temperature Range: 1 to 45°C
  • Injector Capacity: 120 × 2 ml vials, 96-well plates compatible

HPLC System LMHLS-A201

  • 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

Frequently Asked Questions

What is a calibration curve in HPLC?

+

It is a graph that plots the known concentrations of a standard compound versus the detector response.

Is pH important in HPLC?

+

The pH of the mobile phase plays a crucial role in analyzing ionizable compounds.

Can HPLC be used for biomolecule analysis?

+

It is widely used for separation and analysis of biomolecules such as proteins, peptides and nucleic acids.

What is meant by elution strength in HPLC?

+

It refers to the ability of the mobile phase to elute the analytes from the stationary phase.

What is a HPLC?

+

A HPLC is an apparatus designed to separate, identify and quantify the components of a complex mixture.

On what principle is HPLC based on?

+

It is based on the differential interactions between the analytes and the stationary phase.

What is meant by resolution in HPLC?

+

Resolution refers to the ability of the system to separate two peaks.

What is meant by retention time in case of HPLC?

+

It is the time taken by specific compound to travel through the HPLC column and reach the detector.