Atomic Absorption Spectrometer Workstations
Atomic Absorption Spectrometer Workstations
Dependable, Durable and Complete Solutions for Atomic Absorption Spectrometers
Aurora’s TRACE series of Atomic Absorption Spectrometers is the cornerstone of elemental analysis. TRACE AI 1200 provides a complete solution to accurately determine the peaks of 70+ elements, the widest analysis range on the market. TRACE AI 1800 with dual flame and furnace atomizer coupled with autosampler and micro-volume flame analysis technology provides unparalleled throughput and sub ppb detection. Our Automated AAS devices can feature multiple atomizer configurations for meeting your atomic absorption spectrometry needs.
Trace AI 1200
- F/GF, F/GF/VG
- 6 Lamp Turret
- 300 mm Focus Length
- Czerny-Turner mounted with 1200 line/mm grating
- Integrated Autosampler
- Optional GF Monitor
Trace 1800
- F/GF, F/GF/VG
- 8 Lamp 2-D Motorized Array
- Full Reflection Optic Design, 300mm Focus Length
- 1800 line/mm Grating
- 1200 nm/min wavelength scan rate
- Standard GF Operation Monitor
- Autosampler Integrated
- Patented Micro Volume Flame Analysis- Sample volumes can be as low as 20µl for flame
TRACE AI 1200 Atomic Absorption Spectrometer
TRACE AI1200
System Configuration: F/GF, F/GF/VGF,
Optics: Czerny-Turner mounted with 1200 line/mm grating
Focus Length: 300 mm Focus Length
Lamps: 6 Lamp Turret
GF Video: Optional GF Monitor
Patented Micro Volume Flame Analysis: N/A
Autosampler: Integrated Autosampler
TRACE AI1200 Plus
System Configuration: F,F/GF, F/VG, F/G/VG
Optics: Czerny-Turner mounted with 1800 line/mm grating
Focus Length: Aberration corrected 300 mm Focus Length
Lamps: 8 Lamp Turret
GF Video: Optional GF Monitor
Patented Micro Volume Flame Analysis: N/A
Autosampler: Optional Autosampler
TRACE AI 1200 Innovation
Background interferences: The TRACE Series comes
complete with the following background correction
techniques:
- Deuterium
- Smith-Hieftje
Online Dilution: This allows for the creation of calibration curves from standard solutions using the digital micro-piston pump. This dramatically decreases sample preparation times and potential contamination.
Autosampler: The optional autosampler is the most versatile on the market, it is compatible with all types of labware giving you the complete comfort of being able to stick with your tried and tested labware.
Fast Dry Technology: Coupled with the auto-sampler this allows the processing time of one sample in under 30 seconds. Adjusting the preheating, cooling temperatures and injection speeds, drying times are decreased.
TRACE AI 1200 Validation
Dr. Tayyebeh Madrakian from Bu-Ali Sina University is using the TRACE AI1200 to conduct Atomic Absorption Spectrometry of heavy metal ions.
View the full journal validation to see how the TRACE AI1200 Atomic Absorption Spectrometer is producing highly visible peaks, demonstrating incomparable reproducibility of all metal ion samples.
View the full journal validation to see how the TRACE AI1200 Atomic Absorption Spectrometer is being used for all sample types.
TRACE AI 1200 Frequently Asked Questions
TRACE 1800 Atomic Absorption Spectrometer
The TRACE 1800 is a high-performance atomic absorption system. The combination of D2 and Smith-Hietfje background correction techniques alongside 1800 line/mm optic grating gives clear, consistent results. The instrument is supplied with an 8 lamp motorized array which offers the highest sensitivity on the market. The TRACE 1800 has the most versatile autosampler and combined with the fast dry technology completely removes sample splatter, shortens the analysis time and gives rise to unparalleled detection.
TRACE 1800
System Configuration: F/GF, F/GF/VG
Grating: 1800 line/mm
Wavelength Scan Rate: 1200nm/min
Lamps: 8 Lamp 2-D Motorized Array
GF Video: Standard GF Operation Monitor
Patented Micro Volume Flame Analysis: Sample volumes as low as 20µl for flame
Autosampler: Integrated
TRACE 1800 Validation
Application of GFAAS to Petrochemical Samples: Optimizing Ashing Temperatures
Flame AAS with a nitrous oxide/acetylene flame is often a favorable method for the determination of silicon because of its ease of use and high sensitivity.
Determination of Heavy Metal Ions in Water
TRACE 1800 Frequently Asked Questions
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