DrySyn® Vortex Blend overhead stirrer
The DrySyn® Vortex Blend overhead stirrer has been developed specifically to cater for the requirements of scientists who need to test new formulations and blends of ingredients in parallel in beakers.
The device is particularly relevant to blending and formulation scientists in the oil, cosmetics, cleansing and hygiene industries and is manufactured in the UK.
Problem: Multiple blending experiments will often be carried out by research scientists using standard laboratory beakers, these experiments usually require heating and powerful agitation. The general method is to heat a beaker or relevant container on a hotplate, clamped securely in place and simultaneously mix from above using an overhead motor. However this arrangement can take up a lot of fume hood space if multiple experiments are required in parallel. Also when working in parallel it is not ideal for ensuring identical conditions are created in each beaker with motor speeds and heating rates varying.
Solution: The Vortex Blend offers the scientist a compact space saving way of performing 3 blending experiments in parallel. By saving space using its 3 way gearbox and heating plate it also ensures that the experiments have identical conditions to each other in terms of stirring rate and heating rate/temperature. The Vortex Blend utilizes a standard over head stirrer motor and hotplate for operation.
ADS11-BLEND | DrySyn Vortex Blend Framework Includes: base, supporting “H-base” & rod assembly, and clamp for attaching the BLEND framework to supporting base/rod. |
ADS11-BLEND-150 | DrySyn Vortex Blend 150 mL Flask Spacer; pack of 3. |
ADS11-BLEND-250 | DrySyn Vortex Blend 250 mL Flask Spacer; pack of 3. |
ADS11-BLEND-400 | DrySyn Vortex Blend 400 mL Flask Spacer; pack of 3. |
You may also be interested in: | Stirrer shafts, hotplate stirrer, overhead stirrer motor… |
Please contact us to discuss your requirements.
UK / Europe / Global Delivery
Developed in collaboration with our clients / Bespoke design service
Committed to developing sustainable & practical improvements for scientists worldwide
Martyn Fordham, MD