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Helipath Viscometry System

An easy-to-operate, automated system for measuring the viscosity of samples using integrated Brookfield viscometers.
A standalone robotic platform with Epson Scara robot arm and screen

Key features

Epson SCARA robot armThe roof mounted robot arm provides unimpeded access to the entirety of the robot bed.
Colour coded racks and shuttlesThe racks and shuttles are colour coded to ensure the system is setup correctly for use.
Barcode readerThe barcode reader enables the system to track the progress and link the data recorded to each sample
Labman electric gripperThe Labman designed electric gripper handles different jar sizes.
Quick change shuttles and geometriesShuttles and geometries are located using magnets to provide quick and tool-less system reconfiguration.
Batch emailsThe system emails the user the results of each batch of samples once complete.
ID card loginQuick RFID card login links the user to their samples without needing a username and password
Helipath and LV viscometryThe system performs different processes depending on geometry type selected, preventing bubbles forming by inserting LV spindles at a 45-degree angle.


Overview

The system uses 3 Brookfield viscometers that take measurements from 3 different size sample jars. The jars are loaded into the system, and their locations are entered on the UI. Once the user presses start the Epson robot arm picks the sample, scans the barcode, de-caps it, measures the sample level and places it into one of the appropriate shuttles. The shuttle then moves under the viscometer where a measurement is taken. Once the measurement is finished the shuttle moves back to the Epson arm and the sample placed back to the rack. The viscometer lowers into a wash bath where the geometry is washed and dried.

The viscometers can be setup to use any compatible combination of jar and geometry size, and can perform both Helipath and LV measurements, where the geometry is inserted at a 45-degree angle to prevent bubble formation. Magnets and quick release airline fittings are used for quick reconfiguration of each viscometer lane and removable parts are colour coded to provide clear feedback on which jar size each viscometer is setup to use.

SyngentaSyngenta company logo
“When I think about new technologies such as artificial intelligence and enhanced computer modelling tools, I expect this to have a significant impact in the future and change our current way of working.”
— A.SFormulation Technical Expert | Syngenta
Formulation Technical Expert at Syngenta

Images

A male lab technician wearing safety specs looking through glass
A male lab technician wearing safety specs using a screen on a robotic system
Three Brookfield viscometers integrated into a robotic system
A geometry used for taking viscometry measurements being lowered into a jar of liquid
A T-bar geometry entering a jar of clear whilst liquid taking a viscometry measurement
Metal racks for vials and jars, stacked in a robotic system
A user interacting with an interface on a robotic system in a lab setting
A barcode reader and decapping station within a robotic system
Metal vial adaptors to suit three different vial diameters
A standalone robotic platform with Epson Scara robot arm and screen with user
A jar of liquid in a robotic gripper in a lab environment
A geometry used for taking viscometry measurements being lowered into a jar of liquid on an angle
A standalone robotic platform with Epson Scara robot arm and screen
A Hamilton syringe with tubing integrated onto a metal robotic system
An Epson Scara robot arm integrated into an automated system with glass jars containing liquid
A geometry used for taking viscometry measurements suspended on a robotic system
A male lab technician wearing safety specs using a screen on a robotic system
A rack of glass vials with white lids in a robotic system in a lab setting
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