For Sub-ppt to High-ppb Mercury Quantitation

The QuickTrace™ M-7500 Mercury Analyzer, incorporates more than 30 engineering improvements and enhancements on the popular M-6000A, the M-7500 can easily achieve ultra-trace Hg detection limits (less than 0.2 ppt) using the proven and reliable cold vapor atomic absorption (CVAA) technique. Combined with a new multi-tasking Windows-based software package, the QuickTrace™ M-7500 is the most stable, easy to use, and sensitive Hg absorbance analyzer available today.

Key Features and Benefits

• Ppt detection limits (< 1 ppt IDL)
• High sample throughput
• Random access high capacity autosampler
• Non-foaming gas-liquid separator (patented)
• Double beam optics for superior baseline stability
• Easy access for user maintenance
• Excellent long and short term reproducibility
• Full computer control of instrument parameters
• Overflow prevention system
• Compatible with EPA methods:
  • 245.1
  • 245.5
  • SW 846-7470
  • SW 846-7471
  • 3052
• Optional autodilutor available

CETAC QuickTrace™ Software

• Multi-tasking capabilities - simultaneously run analyses, develop methods, print reports
• Automated EPA compliant QC - comprehensive QC functions easily user-customized
• SmartRinse - prevents carryover from high concentration samples
• Scheduled maintenance tracking - prompts user to replace consumables
• Full PC control over instrument parameters - set up shutdown/standby routines
• Online help and interactive tutorial - immediate software support
• Automatic detection limit calculation - determine EPA defined IDL/MDL
• Individualized reports - customize printouts by selecting from several parameters
• Master worksheets - ready-to-run worksheets allow quick operation for new users

Download the demo software.

The QuickTrace™ M-7500 is designed for routine use in a variety of settings, including environmental laboratories, industry, and research institutes, for virtually any aqueous acidified sample. Common applications include water and waste-water, soil and sediment, and biological tissues and fluids.