Lanitas 1.9 packed emitter column
Capillary column with emitter
Making high-sensitivity LC/MS analysis simpler.
The newly developed emitter-integrated capillary column features an all-in-one design with the emitter directly connected to the column outlet. This minimizes dead volume and significantly improves sensitivity, reproducibility, and operability in LC/MS.
The newly developed emitter-integrated capillary column features an all-in-one design with the emitter directly connected to the column outlet. This minimizes dead volume and significantly improves sensitivity, reproducibility, and operability in LC/MS.
Uses high-performance packing material (GL Sciences Co., Ltd.)
This product uses
GL Sciences Co., Ltd. high-performance packing material
This product uses
GL Sciences Co., Ltd. high-performance packing material
- InertSustainAQ-C18 1.9μm
- InertSustainSwift-C18 1.9μm
This meets a wide range of analytical needs.
-- Product Features --
- Integrated Emitter Design
(Developed under the guidance of Professor Ishihama, Graduate School of Pharmaceutical Sciences, Kyoto University)
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- No connection required between column and emitter
- High sensitivity due to reduced dead volume
- Stable spray and excellent reproducibility
- Uses high-quality C18 packing material
InertSustainAQ-C18 -
- High water resistance
- Excellent retention of highly polar compounds
- Supports 100% aqueous mobile phase conditions
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- Optimized for high-efficiency, high-speed analysis
- Sharp peak shape
- Ideal for analysis of compounds with larger molecular weights, such as peptides
- Ideal for trace analysis
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- Compatible with nanoLC/capillary LC
- Ideal for proteomics, metabolomics, and pharmaceutical analysis
- Optimal end fitting
- End fittings can be added to easily maximize the performance of the capillary column
InertSustainSwift-C18
Product Specifications
| Column Inner Diameter: | 0.1mm / 0.075 |
| Column Length: | 150mm / 250mm |
| Padding Material: | InertSustainAQ-C18 / Swift-C18 |
| Particle Size: | 1.9μm |
| Emitter: | Integrated (Optimized Design) |