A powerful assistant to new discoveries and new research. The future is born!

Return to the origin, rethink, and portray the future from scratch.
With advanced technology, high resolution and high sensitivity are achieved.
We boldly explore and create a new one ChromasterUltra Rs。
UHPLC The future will begin here.

Features

· 140 MPa System voltage resistance (Hitae High-tech Survey Japanese domestic sales models July 2013) helps you achieve high resolution analysis

· The theoretical number of trays is as high as 50,000 UHPLC Using a high resolution chromatography column ( LaChromUltra II）， Help you achieve high resolution analysis

· Total reflective capillary flow cell, helping you achieve high sensitivity and high resolution analysis at the same time

· Take care of both HPLC and UHPLC Analysis system

· MEM Column connector (withstand pressure up to 140 MPa， Optional) and the built-in waste liquid barrel of the system further improve operation

Support from UHPLC arrive HPLC Analysis of 140 MPa， Excellent pressure resistance

Binary pump adopts new control technology LBT（Liquid Beat Technology （ Liquid compression technology) control technology, from low pressure zone to 140 MPa The high pressure zone is used to carry out stable liquid supply within this wide pressure range. For the gradient analysis of high-pressure zones, good reproducibility analysis results can also be obtained.
In addition, the extremely small system volume structure improves gradient responsiveness and strongly supports ultra-high-speed analysis.

Improve the stability of liquid delivery to achieve UHPLC arrive HPLC Extensive analysis of

use LBT Control technology, corrects the solvent volume elastic coefficient, and the liquid delivery stability is not affected by the liquid delivery pressure and solvent type.
use 5 µm Chromatographic column, 3 µm Chromatographic column, 1.9 µm Stable analysis results can also be obtained when the column is analyzed.

High resolution analysis

Achieve higher separation

UHPLC It is considered difficult to conduct high-resolution analysis of related substances and impurities of synthetic compounds such as drugs and chemical synthetic products.
Newly developed UHPLC Using a high resolution chromatography column LaChromUltra II， Combined with sufficient system to withstand pressure 140 MPa， High resolution and high efficiency analysis can be achieved.

High resolution analysis of substances (impurities)

Erythromycin (four-membered cyclic macrolide antibiotic) is used as the separation model sample of the main components and related substances. HPLC Chromatographic column and UHPLC The columns were compared.

Using newly developed UHPLC Using a high resolution chromatography column, better separation results were obtained.

High sensitivity analysis

Never miss hidden risks

The demand for high sensitivity analysis for harmful substances and genotoxic impurities is increasing. The diode array detector using a total reflective capillary flow cell can meet the needs of higher sensitivity analysis, and also provides an optical path length of 65. mm high sensitivity flow cell.
And it is combined with the double helix mixer and the reduction of sample residues to support high sensitivity analysis.

Total reflective capillary high sensitivity flow cell

Diode array detector ( DAD） The new optical system effectively reduces noise and drift, ensuring high sensitivity analysis results. Use (optional) high sensitivity flow cell (optical path: 65 mm）， Higher sensitivity analysis can be achieved.
The sensitivity is approximately the previous model of our company ( LaChromUltra） 10 times more, so it can be applied to samples that require high sensitivity analysis of related substances (impacts), genotoxic impurities, etc. It can be flexibly used for the initial stage of impurity spectrometry control such as raw materials, intermediates, and raw drugs of drugs for drugs and chemical synthetic products.

Quartz glass capillaries are used in the flow channel of the flow cell, and the total reflection of the capillary interface is used to successfully reduce the loss of light transmitted through the flow cell.
Therefore, even extending the optical path length of the flow cell ensures the same baseline performance as before, thereby achieving high sensitivity analysis.

Double helix mixer

Binary pumps are equipped with a new double helix mixer with microfluidics.
Under the premise of low capacity, high mixing performance is achieved, so an extremely stable baseline can be obtained during gradient analysis, achieving higher sensitivity analysis.

The structure of a double helix mixer
The flow path in the mixer is repeatedly branched and combined to achieve high-efficiency solvent mixing. (Mixer Capacity: 55 µL）

Operative

Easy to operate

Daily maintenance and consumable replacement can be carried out from the front of the instrument, improving operability.
For example, the pump's plunger rod sealing ring, one-way valve spool, the inlet sealing ring of the automatic sampler, the replacement of detector lamps and flow cell, etc., are all used in Hira HPLC Recognized front operation characteristics of the instrument.

Chromatography column

LaChromUltra II series
High tolerance and high pressure resistance to achieve high resolution

LaChromUltra II The organic-inorganic composite silicone material used is physically and chemically better tolerate than the previous silicone particles. To maximize UHPLC High voltage resistance, 1.9 new µm The column length of the particle size is 250 mm The column can not only perform ultra-high speed analysis, but also perform high resolution analysis, thus extending UHPLC Application.

Module product line

· DAD（ Diode array detector) system

· UV-VIS system