Downward-gripping mandrels
DESKA mandrels insert into tips and seal conventionally while supporting stated aspiration down to 200 nL.
OEM liquid-handling core
Bring Differential Pipetting™ into high-throughput automation with a rugged 96-channel architecture designed for precise aspiration down to 200 nanoliters and clean, contact-free Blastoff delivery.
Discuss Your Platform Watch the MechanismInserter modelPart 56002Downward-gripping mandrel tip pickup96 channelsParallel liquid handling200 nLStated aspiration capabilityDESKADownward-gripping mandrelsContact-freeBlastoff delivery optionAn OEM path to differentiated performance
The Inserter Model uses mandrels that reach down into conventional tips for pickup and sealing. DRD’s dual-piston mechanism then provides the long excursion needed for fine aspiration and the independent-piston flow used for clean release.
The head can be supplied as part of a complete pipetting module for integration into automated, multi-platform systems serving high-throughput and dense-microplate applications.

Differential architecture
Every channel uses DRD’s Differential Displacement™ principle. Two piston diameters create fine net resolution when moved together, while independent motion supplies higher flow for complete delivery.
From head to complete module
Choose the 96-channel head as a core component or work with DRD on a fuller module pathway around tips, motion, plate handling, and control.
DESKA mandrels insert into tips and seal conventionally while supporting stated aspiration down to 200 nL.
Ninety-six differential channels coordinate fine aspiration and higher-flow dispensing behavior.
The complete module can operate within multi-platform systems for dense microplates and automated handling.
Discuss interface requirements, target ranges, consumables, controls, and validation needs with DRD.
Legacy technical demonstrations
These original DRD demonstrations show long-stroke aspiration, the dual-piston cross-section, and use of the module in an automated platform.
Long piston-stroke excursion for precise low-volume aspiration.
A cross-sectional view of differential aspiration and independent blowout.
Head motion, platform integration, microplate handling, and dead-space testing.
Integration brief
A focused technical discussion begins with the application constraints that shape the head, tip, motion, and control strategy.
Build with DRD