Single Platform System

Combining the concentrator and soils/waters autosampler saves bench space and simplifies consumables, parts and service.

84-Position Sample Tray

The 84-position sample tray loads quickly and increases capacity over previous models. A chiller tray option is also available

XYZ Automation

The quick, whisper-quiet arm has undergone years of refinement and testing to eliminate the issues typically associated with older XYZ autosampler platforms

Sample Elevator

The sample elevator includes a vial heater and variable speed mixer for in-vial samples and soils. A vial stripper bar eliminates the possibility of vial/sample needle interference.

Syringe Drive

Accurately dispenses sample volumes from 0 to 25 mL in 0.1 mL increments. Precision is ensured by purging air bubbles from the syringe valve with an aliquot of sample.

Advanced Moisture Control System (MCS)

Designed to reduce water vapor transferred to the GC system by 60% over previous models. Efficient enough that dry purge time can be minimized and cycle time reduced.*

*Actual moisture reduction is method dependent.

Simplified Trap Access

Ample analytical trap compartment with access door and easily reached trap connections make routine changes quick and easy

Improved Trap Cooling

Up to 22% faster than previous models due to a powerful fan and dedicated ducting that draws cool outside air, rather than heated air from within the instrument.

Redesigned Valve Manifold

A precision-machined manifold reduces plumbing connections by 52% over previous designs and results in improved system reliability.

  • 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 coo​ling 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 ​​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​

Methods​

  • USEPA 502.1, 502.2, 524.2, 524.3, 524.4, 503.1, 601, 602, 603, 624, 5030, 5035, 8010, 8015, 8020, 8021, 8030, 8240, 8260
  • ASTM and Standard Methods
  • Massachusetts VPH and GRO Methods​​​