Spectroscopy Autosamplers

Información adicional

Straight forward process and productivity

The carousel and the arm – that holds the sample probe – rotate in order to align the first sample tube to be processed. The probe is then inserted at the programmable depth; at that point, the sample is aspirated by the analyzer through the inert flow-path. As soon as this task is completed, the probe is automatically moved to the washing port where the washing pump cleans the sample probe internally and externally in order to avoid the cross contamination. HT1000I is then ready to process the next sample!

Short flow-path

We typically run with a sample transfer tube 0.5 meter shorter than that of our competitors! That leads to a shorter sample rinse time, simpler/faster cleaning step and reduced bench space occupation: expect reduced argon and power supply consumption; expect longer lifetime of consumables like the tubings, the spray chamber and the torch as the contact time with the sample (matrix) is kept on a minimum level.

Optimized layout

When you look at autosamplers, the larger it is, the more expensive it is. By surveying labs in many countries, we have sized HT1000I to offer enough sample capacity to satisfy the needs of a standard lab. Oversized instruments lead to oversized costs: at the initial purchase, during operations and at maintenance – being more expensive to care about. Therefore, choosing the correct size is the best way to optimize your total cost of ownership.

Next-generation electronics: the age of smarter autosamplers is already here

By an encoder-driven solution, HT1000I prevents the time-based drift effect you may have experienced with other systems. A powerful ARM processor runs HT1000I, allowing support of sophisticated algorithms – such as the automated calibration procedure, the management of external stresses and automatic recovery – while minimizing the electric consumption.