BIOMEDICAL ENGINEERING

Facilities
& Equipment

World-class laboratories and specialist equipment for biomedical research, translational work, and industry collaboration.

Specialist biomedical equipment and sensor components

EXPLORE THE SHED

Featured Equipment

Featured Equipment

Flexible environments for designing, testing, and translating healthcare technologies.

Laser cutting head working across a metal sheet

Medical device development

Laser cutting

A flexible environment for sensing concepts, device prototypes, and validation work.

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3D printed biomedical heart model
3D printed biomedical heart model

Medical device development

SLA 3D printing

Explore materials, surfaces, and interfaces for next-generation healthcare devices.

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FDM 3D printer forming a prototype

Medical device development

FDM 3D printing

Measure movement, loading, and performance across people, products, and systems.

Quickly prototype and validate your ideas

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a close up of a metal object on a table

Medical device development

Die cutting

Prototype precise tools and assistive systems for safer, more capable care.

Cut-to-size adhesive and films for fluidic device assemblies

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Electronic components arranged for prototyping

Medical device development

Electronics

Develop and assess technologies that support recovery, independence, and participation.

Make your projects move, buzz , light up and everything in between.

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Injection moulding machines in a manufacturing facility

Medical device development

Injection moulding (coming soon!)

Study biological response, tissue mechanics, and biomechanical performance in context.

Low volume prototyping and validation

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SHED

SHED

Biomed SHED logo

Biomed SHED

Biomed SHED

CONTACT

CONTACT

Biomed SHED

Biomed SHED

16 Richmond Street
Glasgow, G1 1XQ

16 Richmond Street
Glasgow, G1 1XQ

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© Biomed SHED | University of Strathclyde

© Biomed SHED | University of Strathclyde