The highest performing and most user-friendly UHPLC columns
Delivering unrivalled coverage, throughput, sensitivity and reproducibility, Generation 3 Aurora SeriesTM UHPLC columns embody all of the strengths of previous generations, augmented by three years of intense research, development and industry collaboration.
With enhanced robustness and reliability, the Generation 3 nanoZero® fitting holds over 1700bar and eliminates all pre-column dead volume.
Besides the regular Aurora Gen3 Series Columns, IonOpticks also developed their Aurora CSI range (specifically designed for Bruker users), and their Aurora XT range (specifically designed for Thermo users).
Five types of Aurora UHPLC Columns:
– Aurora FRONTIER (60cm UHPLC packed emitter column)
– Aurora ULTIMATE (25cm UHPLC packed emitter column)
– Aurora ELITE (15cm UHPLC packed emitter column)
– Aurora RAPID150 (5, or 8cm UHPLC packed emitter column)
– Aurora RAPID75 (5, or 8cm UHPLC packed emitter column)
“Near-full proteome coverage“
60 cm nanoflow UHPLC packed emitter column with nanoZero® fitting.
The deepest sample analysis possible
Combining a suite of innovations incorporated throughout our Generation 3 Aurora Series™ range, the Aurora Frontier™ boasts incredible performance using long sample gradients – and is the first column ever to enable near-full proteome coverage, due to its unmatched peak capacity.
Product Benefits:
+ Near-full proteome coverage
+ Long sample gradients
+ Unmatched peak capacity
“No compromise deep analysis of complex samples“
25 cm nanoflow UHPLC packed emitter column with nanoZero® fitting.
The original game-changer in UHPLC
The pinnacle of chromatography performance while minimising overall cost and stress on equipment. The Aurora Ultimate™ builds on the legacy of IonOpticks’ original 25 cm UHPLC line, delivering maximum peak capacity when throughput is less of a factor, but still a consideration.
Product Benefits:
+ Extreme coverage and sensitivity without excessive time
+ Unlocks the true power of your mass spectrometer
“The perfect balance between throughput and depth of coverage in complex samples“
15 cm nanoflow UHPLC packed emitter column with nanoZero fitting
The ‘experiment in a day’ solution
A product made for researchers, by researchers. The Aurora Elite™ is specifically tailored to achieve the deep discovery synonymous with Aurora Series™ columns, within the established timeframes of researchers who would like to maintain their “experiment in a day” velocity.
Product Benefits:
+ High throughput
+ Exceptional coverage for rate of throughput
+ Balanced throughput and depth of coverage
“The benefits of microflow chromatography for biomarker research, enabling high throughput without sacrificing IDs“
5, or 8 cm microflow UHPLC packed emitter column with nanoZero fitting.
Maximal throughput for biological fluid analysis and targeted workflows.
When high throughput matters, Aurora Rapid150™ ensures you achieve IDs previously unimaginable at speed. Aurora Rapid150™ provides the benefits of micro flow chromatography for analytical research.
Product Benefits:
+ Ultra high throughput
+ Microflow
+ High IDs
+ System stability
Application(s):
+ Large cohorts
+ Analytical research
+ Biomarker research
“Maximal throughput for single-cell and low-input samples“
5. or 8 cm nanoflow UHPLC packed emitter column with nanoZero fitting.
Maximum IDs. Shorter gradients.
Aurora Rapid75™ delivers high-throughput analysis of single cells, achieving extreme sensitivity using short gradients. Identify more than 1300 proteins from 250 pg of sample, 80 times per day on an Evosep One and timsTOF SCP.
Product Benefits:
+ High throughput
+ Nanoflow
+ Sensitivity
+ Analyse more cells in less time
Application(s):
+ High throughput analysis of single cell and low sample inputs
Product Information & User Guides
Aurora CSI and Aurora XT Range
Click on one of the images below to read more about the Aurora CSI range (specifically designed for Bruker users) or the Aurora XT range (specifically designed for Thermo users).
For more information on IonOpticks, click here.