The Atomx XYZ is the second generation combined soil/water autosampler and purge and trap concentrator system in the Tekmar VOC product family. It is the only instrument of its kind to employ a unique automated methanol extraction feature for high level soils in accordance with USEPA Method 5035. Methanol rinsing, dilutions capability and three standard addition vessels all come standard on the Atomx XYZ. While priced competitively, the system offers unique features that cannot be found on any other sample prep system on the market today.
84-position vial tray with optional vial chiller to 4 °C
Reduced footprint by 13 cm (5”) compared to the previous generation Atomx
Reduction of the amount of water transferred to the GC by as much as 60% over previous models, due to the improved Moisture Control System
Reduction of potential leak sources due to a precision machined valve manifold block, ensuring a reliable and robust system
Faster trap cooling time through dedicated ducting
Re-designed software that is intuitive, user-friendly, touchscreen compatible and USB driven to be fully compatible with Windows 10
Use of Helium or Nitrogen due to the patented Electronic Mass Flow Controller (MFC). The MFC gives the ability to vary flow rates in different modes thus increasing sample throughput
Excellent desorption efficiency due to proprietary trapping material
Optional Guardian Foam Sensor and Eliminator for foaming sample types
Foam detection and prevention options, vial chilling and sparge vessel heater accessories all available
A highly advanced analyzer solves the mysteries of the nano-world. A single device analyzes the three parameters that characterize nanoparticles: particle size, zeta potential, and molecular weight.
The device features an easy-to-read color touch panel and one-handed precision dispensing for manual titration, with three dripping methods: Touch Panel Start, remote switch, and INCREMENT knob for mi
The Teledyne LABS ASXpress® Plus Rapid Sample Injection System reduces the time required for autosampler movement, sample uptake, stabilization, and rinse operations with ICP-OES and ICP-MS. The resul
