Medical	Medical
Analytical	Zeta Potential Particle Size Molecular Weight Capillary Electrophoresis Spherulite diam./Corr. Length
Spectrometry	Spectrometer Thickness Measurement Light Measurement FPD Evaluation Material Evaluation In-Process Evaluation

Medical

Medical
Analytical
Zeta Potential

Particle Size

Molecular Weight

Capillary Electrophoresis
- Capillary Electrophoresis
- Capillary Electrophoresis System　Agilent 7100
Spherulite diam./Corr. Length
Spectrometry

Spectrometer

Thickness Measurement

Light Measurement

FPD Evaluation

Material Evaluation

In-Process Evaluation
List of Product
Discontinued Products

Capillary Electrophoresis System　Agilent 7100

This single system can analyze mixtures containing cations and anions.
Even if sample is a limited amount, it can be analyzed with high speed and resolution.

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Product
Principle
Specifications
Examples

Product

Features

Excellent technical support with a wealth of applications such as buffer manuals
This single system can analyze mixtures including cations and anions
Even if sample is a limited amount, it can be analyzed with high speed and resolution
3 to 5 times higher sensitivity without loss of resolution using ` bubble cell capillary`
In most cases pretreatment is unnecessary even in the presence of counter-ions and/or contaminations
Economical and environmentally friendly because no expensive columns and/or solvents are used

Principle

Principle and procedure

Capillary electrophoresis is a qualitative and quantitative analytical method of the separated components by performing electrophoresis in a capillary tube with an inner diameter of 100 μm or less.

[Procedure]

Fill the capillary tube with the migration solution.
Inject the sample into the capillary tube.
Immerse both ends of the capillary tube into the migration solution and apply a high electric field.
Each component is separated while migrating by electrophoresis.
Each component is recorded as a peak in the order of reaching the detector.

Principle and procedure

Electro-osmotic flow acting as a pump

Normally, the inner wall of a capillary tube is negatively charged by the silanol group, which causes cations in the liquid to collect on the wall. When an electric field is applied, these cations migrate to the negative electrode with the solvent in tow. This flow is called electroosmotic flow and acts like a liquid chromatographic (LC) pump. The sample undergoes electrophoresis while flowing with the electroosmotic flow, and each component is separated according to differences in charge and Stokes radius.

VO2: Electro-osmotic flow acting as a pump

Specifications

Power source	Long-life deuterium lamp（With RFID tag）
Detector	Real time UV-Visible diode-array detector
Wavelength range	190 ～ 600 nm
Precision	1 nm
Electrophoresis power	Voltage range： 0 ～ ±30 kV 、 Current： 0 ～ 300 μA 、　Power： 0 ～ 6 W
	Operates at constant voltage, current and power. 　Polarity can be reversed by program.
Power source	AC 100 ～ 240 V 、 50/60 Hz 、 300 VA
Dimensions（WDH）	350 × 590 × 510 mm
Weight	35 kg