Sample Handler

Overview
Details
Documentation
Accessories
{ptabslabels/customLabel}

Titrate high sample numbers automated and reliably

The Sample Handler xyz sample changer and Excellence titrator perfectly match to cope with the requirements of titration of high sample numbers. The Sample Handler reliably performs all sample changing tasks, whereas the Excellence titrator T70 or T90 controls all sample preparation and titration aspects. The full software control merges both units to one easy-to-use and powerful automation solution.

Request Info Get a Quote

Description

Watch the demo movie!

Maximized throughput
The Sample Handler enables efficient titration of 42 x 100 mL or 80 x 80 mL samples in single or multiple sample series. Simply place your beakers on the compact FlipRack™, start your predefined sample series and use the large time gain for other important tasks.

Flexible automation
Let the direct version of the Sample Handler individually automate your sample preparation, titration, rinsing, conditioning as well as disposal steps. If pH shall be separated from conductivity measurement and automated volume adjustment is required, use the power of the aliquot version. The Sample Handler flexibly adapts to your requirements.

Full software control
The Sample Handler Manager PC software fully controls the automation sequence of the Sample Handler. It is matched to the LabX PC software-controlled titration part of the Excellence titrator and provides an easy-to-use application interface perfectly suited for daily routine work.

Ruggedness and Reliability
The hardware of the Sample Handler is optimized for intensive use. The robust double stack z-arm drive and the stepper motor controlled xy-arm precisely carry the titration equipment from one beaker to the other. The various rinsing and conditioning steps avoid sample carry-over and sensor malfunction and the LabX PC software ensures secure result management.

Specifications - Sample Handler

Short description

The Sample Handler enables automated titration of 42 x 100 mL or 80 x 80 mL samples in single or multiple sample series