Analytical Technologies Limited

High Pressure Pump

3000 plus serial high pressure pump could reach 9000psi (62Mpa) working pressure with the flow rate up to 10mL/min. This high performance extend the application field from normal HPLC to Fast HPLC. With the help of 100Hz detecting and high precision sampling, you can take advantage of small piratical size column and reduce solvent consumption.

Autosampler

3000plus autosampler delivers high injection accuracy of 0.3% RSD, thanks to its high precision machining parts and advanced control algorithm. It also employ a design of changeable sampling loop, which extend linearity range and meet the need of more applications.

UV-VIS Detector

As support by unique high speed signal processing technology, 3000plus UV - VIS detector realized 100 Hz sampling rate, which make the detection of narrow peak with width lower than 5s possible. This high sampling rate also helps to record the chromatography peak accurately and get the best resolution.

Diode Array Detector

3000plus has a 1024 diode array sensor with pixel resolution of 0.6nm. Combine with high quality optical grating, it could record full high resolution spectrum while chromatogram recording.

Evaporative Light Scattering Detector

 Low-Temperature Evaporation

 Automated Gain Adjustement (AGA)

AGA is an innovative gain control available when it is driver-controlled by software, automatically adapts the gain setting to avoid any off-scale saturation of the detector. A single and dedicated HPLC nebulizer and an innovative cell design minimize band broadening. This nebulizer covers the flow rate range from 100μL/min to 2.5mL/min and can be readily and quickly mounted and dismounted. Determination of 15 underivatized amino-acids via HPLC-ELSD Determination of gentamycin sulfate injection via HPLC-ELSD

Refractive Index Detector

Broad Application 

Stable Performance

Base line will be rapidly balanced by the inner temperature control system. And prevent the influence. Preposition operation panel will help you set the instrument in serval steps, and no need to revise the parameter during the operation. This will reduce the learning cost and enhance the efficiency. temperature floatation.