A high throughput sub-sampling system for seeds for ABRC at Ohio State University.
A semi-automated vial processing system for increasing production rates of immunodiagnostic test kits.
An FP7, EU-funded, collaborative to develop an automated system for the detection of tumour cells in blood, using an integrated disposable consumable.
An automated cryogenic plant grinding and dispensing system for the Australian National University in Canberra.
The world’s first fully automated metabolite extraction system, used for the preparation of plant tissues and subsequent polar and non-polar metabolite extraction assays.
The system has the functionality to grind and subsequently dispense biomass. The system has extra functionality for ratio metrically dispensing liquid to each sample ready for downstream processing.
A bench-mounted system that grinds and dispenses biomass into individual wells within a plate. Operators can load up to 96 2ml input vials and one well plate.
The system is capable of grinding and dispensing plant material loaded in 20ml scintillation vials and also 2ml centrifuge tubes. An updated dispense algorithm and powder dispensing hardware allows higher accuracy and throughput.
Developed for The University of York, this system contains an analytical balance with a custom pan designed to take any standard well plate. A funnel mounted on the system axes moves over the wells in a predetermined order allowing the operator to feed plant material into each well.
