Product Specifications
| Column format | Analytical column |
|---|---|
| Column type | Reversed-phase |
| For use with | UHPLC |
| Length | 15 cm |
| Inner Diameter | 75 µm |
| Pore size | 120 Å |
| Pressure | >1700 bar |
| Temp. limits | 60°C |
| Particle size | 1.7 µm |
| pH stability | 1–8 |
| Stationary phase | C18 |
< Back to store
Aurora Elite SX – STARTER PACK
The perfect balance between throughput and depth of coverage in complex samples.
Aurora Elite SX Starter Pack Includes:
2 x Aurora Elite SX | 15cm nanoflow UHPLC column with Sciex source interface
1 x Column Heater (COLHTR01)
1 x IonOpticks SX Adapter (IOSXAD01)
1 x Heater Controller (IOHEATCON1)
Unit
Price Unit
Part number: AUR3-15075C18-SX-STPK
USD 3,155.00
To purchase, please email us at sales@ionopticks.com
True zero dead volume
Aurora™ Series columns are designed and manufactured to remove all pre- and post-column dead volume, maximising the capacity of the chromatographic material to separate samples. Our fittings and integrated emitter tip eliminate the need for fiddly and time-consuming adapters, making Aurora columns the highest performing and most user friendly on the market.
Consistent results over multiple experiments and hundreds of injections.
Eight proteomics experiments on a single 15cm Aurora Elite™ column, and counting.
Generation 3 Aurora Series UHPLC packed emitter columns not only drive the highest proteomics performance available, but do so in a revolutionary plug-and-play format that has replaced the need for unreliable and fiddly bespoke connections.
A key enhancement of Generation 3 has been increased longevity and consistency, while maintaining the unrivalled sensitivity, throughput and depth of discovery synonymous with previous generations.
IonOpticks' proprietary manufacturing process creates a product that performs consistently for longer.
Testing of our columns has demonstrated that with proper sample processing, Generation 3 Aurora Series columns can achieve elite results consistently for more than 3 months of solid use across a wide range of sample types.
