DART JumpShot^® HTS

DART JumpShot^® HTS maximizes the throughput of DART-MS allowing you to analyze and process large sample sets and rapidly detect analytes of interest. It enables both quantitative and qualitative workflows that are streamlined, highly efficient and largely automated. Free up analyst time while at the same time de-bottlenecking lab throughput, whenever you need DART-MS to be delivering to its full potential.

How does DART JumpShot^® HTS work?
DART JumpShot^® HTS combines pulsed gas technology, automation hardware and software to analyze large sample sets via a simple three-step workflow that involves:

• Spotting nanoliter volumes from a 96 or 384 wellplate onto a QuickStrip HT Wire Mesh Screen, using an automated pipetter.
• Transferring the screen to the JumpShot^® HTS interface for analysis; linear rail automation hardware maximizes the speed with which the system moves from sample to sample.
• Using post-data acquisition software Analyzer Pro XD to complete the workflow, via automatic peak detection and data processing; screen rapidly for analytes of interest on the basis of mass and generate a heat map for the wellplate.

Using pulsed gas technology subjects each sample to just 1 – 2 seconds of ionization. This technology is the foundation of the high throughput that DART JumpShot^® HTS offers – 96 samples in 6 minutes, 384 samples in 22 minutes.

At the same time pulsed gas technology almost completely eliminates ambient background noise, at the same time increasing target analyte ionization. The results is sharply defined peaks that return to baseline, enabling easier data processing and ultimately boosting sensitvity. 

Use DART JumpShot^® HTS whenever you need to release the full throughput potential of DART-MS, to process large sample sets and reliably detect and track analytes of interest.

The DART JumpShot^® HTS speeds up and simplifies sample screening.

The DART JumpShot^® HTS reduces the HTS data analysis bottleneck coupling rapid 3 sec/sample analysis with automated peak detection and data processing.

Here is a 384 well plate containing varying amounts of fentanyl in several rows.

• Our Highest Throughput analyses:  Complete mass spectrometry measurements for 384 samples in minutes not hours
• Confident decisions in seconds: the fastest performance for applications where quick and reliable results are critical
• Accessible Technology: the power of fast mass spec detection in the hands of non-expert users

• Forensics: where large numbers of samples need to be analyzed quickly and efficiently, for example in toxicology screening
• Food and Beverage: perfect for rapidly screening samples in high throughput environments, for example in contaminant screening
• Environmental: for users that require detection and screening of multiple compounds in a short timeframe, for example high throughput analysis of contaminants

• Industrial Polymers and Manufacturing: satisfying fast, high throughput inspection and quality control needs, for example of raw materials and finished products
• Pharmaceuticals: for high throughput needs across a range of applications including screening and impurity detection 
• Safety and Security: for high throughput screening in critical applications, for example border control and airport security