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CPI Twin Rheometer System

An automated rheology system for analysing the characteristics of a wide variety of samples
CPI Twin Rheometer System

Key features

Rheology methodsThe system can run parallel plate and cup & bob methods
Automated washingRheometer geometries are automatically washed and dried after each measurement. Ultrasonic washing allows for inert materials while brush washing is available for solvent-based formulations
TrimmingA Labman-designed trim tool scrapes excess product off the sides of the geometries to increase measurement accuracy
Geometry loadingRheometer geometries are automatically loaded and unloaded to/from the rheometer
Mobile Robot integrationAn automated drawer allows for an ER-Flex to load/unload samples and consumables to/from the system
DispensingTwo integrated dispense methods enable a wide range of viscosities. Bespoke syringe transfer and dispense for high viscosities and a Hamilton Zeus 1 pipettor for low viscosities
MixingA SpeedMixer Dual Asymmetric Centrifuge (DAC) mixes formulations in pots prior to analysis. Vials are heated and mixed via a Bioshake 3000T


Overview

The Twin Rheometer system is an automated rheology platform for CPI designed to handle a range of material formulations with varying viscosities. It incorporates two rheometers operating in parallel, along with automated sample handling, dispensing, and cleaning modules. Samples are loaded into the system in racks containing pots, vials, or prefilled cups, and are identified via barcode before processing. The system includes both pipetting and syringe-based dispensing tools to accommodate low- and high-viscosity materials.

Samples are picked from the racks by a robot arm, decapped, and transferred to the appropriate dispensing module. Low-viscosity samples are handled using a pipettor, while higher viscosity materials are transferred into syringes via a bespoke module, before being applied to the rheometer geometries. During measurement, used consumables are either disposed of or returned to racks where required. Any residual material in a syringe can be dispensed into a fresh pot. After each test, rheometer geometries are automatically removed, cleaned, dried, and returned to the system, enabling continuous operation.

CPICPI company logo
“A very successful, at times technically challenging, project implementing a new technology and way of working for CPI. The Labman team really went above and beyond”
— Lynn DonlonPrincipal Scientist - Automation, CPI
lipid nanoparticle development

Images

CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
CPI Twin Rheometer System
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