The GC-APCI II source with a unique flexible heated transfer line and calibrant delivery enables GC coupling to any Bruker TOF, QTOF, or MRMS system originally designed for LC coupling. Changing and setting up for GC-APCI is easier and more straightforward than ever — functional, fast every time.
Atmospheric Pressure Photo Ionization is used for less polar or non-polar molecules that cannot be ionized by ESI or APCI. APPI II is the only APPI source in the marketplace with DirectProbe (DIP) option for direct analysis of solid samples.
The VIP-HESI source generates a higher sensitivity for a broad range of analytes. The vacuum insulated probe (VIP) enhances electrospray ionization efficiency while minimizing thermal degradation of analytes. Matrix is rapidly and efficiently removed from the source via an active exhaust for sustained sensitivity maximizing system robustness with minimal maintenance. The VIP-HESI source also has the capability to switch to APCI mode used for less polar molecules often encountered in environmental, food, and industrial applications.
The integrated DART source takes chromatography-free workflows to a whole new level of operational simplicity. Complete with the same capabilities as the original DART source and full software control from a single user interface, increasing sample throughput while reducing operational cost is easy. Since all the gas and electrical connections are integral, changing from the integrated DART to VIP-HESI source is quick. Rapidly screen your samples with DART and then simply switch to VIP-HESI for traditional LC-MS validation making your lab more productive.
Direct Analysis in Real-Time (DART) is a rapid and efficient ionization for mass spectrometry for measuring a wide range of analytes - solids, liquid, and gases. Operating at ambient pressure, DART can be used in the lab or in the field to get answers, when and where required. DART enabled chromatography-free workflows ramp up throughput and versatility with a simple, efficient workflow to improve productivity. Needing just a few seconds a sample, easily raster through a 384 well plate in less than 25 minutes.