We make it easier to screen your forensic samples.
Chromatography-Free Workflows - Accelerate Your Lab Work Sustainably
Bruker’s EVOQ® DART-TQ+ could be a game-changer for us. Cycle time reductions from 6 and 7 minutes to less than 30 seconds and direct costs at about 30% of our standard LC-MS/MS.
We are seeing the sensitivity needed to identify these new synthetic drugs, too. Faster, cheaper, and sensitive enough for what we need. Like I said, these Bruker DARTs could be game-changers.
R. Scott LaNeve
General Manager, Drugscan, Inc.
Chromatography-Free Workflows: Efficient, Effective, Economical
The reliable EVOQ® DART-TQ+ system enables straightforward routine assay workflows from simplified tuning and method development through data analysis and report generation for improved lab efficiency and productivity.
Using the fully integrated DART ionization source, chromatography-free workflows using PinPoint Testing’s ToxBox® panels can be easily implemented making the EVOQ® DART-TQ+ MS even more productive and economical to operate.
- Rapidly screen samples with cost-effective chromatography-free workflows
- Increase sample throughput and lower operational costs
- Robust design provides fast result generation with high uptime
- Turnkey data analysis software streamlines sample acquisition to report
- Green enabled to reduce energy and solvent consumption, minimizing waste
EVOQ® DART-TQ+ Applications Catalog Forensics & Toxicology
The EVOQ® DART-TQ+ streamlines instrument operation and offers robust data processing, significantly improving the throughput and operating costs of routine analytical screening in laboratories as compared to immunoassay and chromatography-based measurements.
Recent work demonstrates the quantitative strength of DART-MS in toxicology and forensics, with data well correlated to traditional LC-MS-based measurements using simple extraction protocols from complex matrices such as urine, whole blood, plasma, serum, and oral fluids. Bruker and its collaborators have developed numerous workflows that achieve quantification in as little as 15 seconds per sample, thereby significantly enhancing throughput and efficiency in analytical labs.
