Our
Equipment

Our laboratory is equipped with state-of-the-art instruments spanning 3D printing SLA & FDM, bioprinting, homogenisation, MEW, skin permeation & deposition and microfluidics.

Asiga Ultra
3D Printing

Asiga Ultra

High-resolution SLA 3D printer used for dental devices, microfluidic chips, and precision pharmaceutical moulds.

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Axolotl A3
Bioprinting

Axolotl A3

Multi-material bioprinter and Melt Electrowriting (MEW) platform for fabricating fibrous scaffolds and hydrogel-based constructs.

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Creality K2 Combo
3D Printing

Creality K2 Combo

Fused deposition modelling printer used for rapid prototyping and laboratory tool fabrication.

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Franz Cells
Drug Permeation

Franz Cells

Franz diffusion cells used for ex vivo skin permeation studies and skin stripping to assess drug deposition in the skin and hair reservoir.

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High-Shear Homogenisers IKA T10 & T25
Formulation

High-Shear Homogenisers IKA T10 & T25

IKA Ultra-Turrax high-shear homogenisers with temperature control for emulsification, nanoparticle preparation, and formulation processing at laboratory scale.

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Microfluidics Setup
Microfluidics

Microfluidics Setup

Microfluidic chip setup for controlled nanoparticle synthesis, enabling precise manipulation of flow rates and mixing conditions.

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Contact & Affiliations

Location

University of Greenwich
School of Science
Faculty of Engineering and Science
London, United Kingdom

Contact

a.totea@greenwich.ac.uk

ORCID: 0000-0003-0974-7648

Affiliations

University of GreenwichAsiga Ambassador

Member, Royal Society of Chemistry

MSCS, Society of Cosmetic Scientists

Disclaimer: The views expressed here are those of the authors and not of the University of Greenwich.

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