Nexera UHPLC/HPLC is a truly next-generation UHPLC that adopts revolutionary technology, possesses fast LC analysis performance and flexibility, and corresponds to a wide range of analytical applications, from conventional analysis systems to green LC analysis that reduces the use of organic solvents. It is an unprecedented all-round LC system.
High throughput
130MPa high pressure resistance, fast injection mechanism, overlapping injection, high-efficiency low capacity mixer. The specialties possessed by Nexera UHPLC/HPLC provide true high-throughput achieved through fast and high separation analysis.
Micro volume plunger precision liquid delivery, excellent injection reproducibility starting from low injection volume, and ultimate low cross contamination. The excellent basic performance provided by Nexera UHPLC/HPLC ensures high reliability of data in all application areas.

Enhance scalability
Green LC with column temperature box corresponding to high temperature is used to reduce the usage of organic solvents in the mobile phase. The pre-treatment function of the automatic sampler realizes automated analysis, and the high-pressure flow path switching valve realizes multi-dimensional separation system. Nexera UHPLC/HPLC is not only fast and high separation, but also corresponds to an increasing variety of applications.
High performance unit group
In a wide range of fields, from routine analysis to rapid analysis and then to high separation analysis, regardless of the size of the flow rate and injection volume, excellent performance can be achieved to meet the needs of all unit groups.
Shim pack XR-ODS Ⅲ high pressure chromatography column
While maintaining the theoretical number of trays, the chromatographic column that has previously been used for rapid analysis will be further accelerated. The product line includes short size chromatography columns with a filler particle size of 1.6 μ m and long chromatography columns with the same 2.2 μ m particle size as previous XR chromatography columns, which can be selected according to the analysis purpose.