The I.DOT HT from Dispendix is the latest technology that has been specifically developed for liquid handling tasks.

Newest technology in liquid handling for fast and accurate results every time

The I.DOT HT consists of the crucial benefit of enabling users to rapidly and efficiently screen huge compound libraries at a rapid rate while saving a considerable number of charges and increasing the throughput. Having fitted with 384 source wells, high-throughput experiments could be done in a highly productive manner and thereby simplify users’ processes in an effective manner.


Improved efficiency across applications

  • Drug discovery

Fitted with a 384 source well plate that offers flexibility to test up to 384 different compounds.

  • High-throughput screening

Make multiple permutations of drug concentrations throughout the well plate with various drug mixtures in every well.

  • Assay development

Small molecules, nucleic acids, drugs, etc can be dispensed in a multiplexed way and in direct dilution steps. It is perfect for developing separate experiments.

  • Genomics and proteomics

Miniaturization, low-volume dispensing, and low dead volume can be leveraged to effectively dispense for NGS prep, extraction, PCR, and clean-ups.

Significant reduction of liquid reagents volumes

I.DOT HT improves users’ workflow to get insightful automation, accuracy, and speed to every laboratory.


Image Credit: Dispendix 


Powerful liquid handling technology

  • Noncontact

The technology allows droplets to be dispensed into the target plate beneath the source plate. I.DOT HT removes cross-contamination and carryover.

  • Supports multiple liquid classes

Dispenses several liquid classes on-demand such as PCR buffer, aqueous solutions, DMSO, and glycerol—and specifies liquid class at the well level.

  • Save tips

I.DOT HT makes use of fewer consumables per task and does not rely on pipette tips that allow labs to improve budgets.

  • Low dead volume

The I.DOT HT improves their workflow allowing simple miniaturization. Well, reservoir design guarantees dead volume <5 µL to save beneficial reagents and samples.


Video Credit: Dispendix

Application notes

Having been written by researchers for scientists, these papers stress novel methods to improve one’s research with the I.DOT Liquid Handler.

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