Makerspace - Prototyping Laboratory

A laboratory where you can experiment, design and realise the first prototype of projects in a multitude of fields and sectors, such as fashion, design, biomedical, engineering, agribusiness, restoration and more.

What is the Makerspace?

Makerspace is a laboratory offering customised digital fabrication services in additive and subtractive manufacturing, electronic component development and rapid prototyping, equipped with technologically advanced tools such as 3D printers (FDM, SLA, SLS), laser cutters, CNC milling machines, 3D scanners, etc., capable of flexibly and semi-automatically producing a wide range of objects.

From a design concept or 3D model, the process of formation takes place in various levels of depth, materialising in the actual production of prototypes. The creation of the prototype is a collaborative process, to define the phases in the work and minimise technical problems.

Who can use it

current students and Unibo staff
start-up and spin-off
visiting professors/researchers, students undergoing international internships, administrative and technical staff participating in exchange programmes (staff exchange)

The equipment available

3D Printer SLS: Sintratec s3
3D Printer SLA: Formlabs Form 3L
3D Printer SLA: DWS XFAB 2000
3D Printer FDM: WASP 4070 Industrial X
3D Printer FDM: WASP 2040 Industrial X
Laser cutter: Trotec Speedy 400
Milling cutter CNC: Roland MDX-40
3D Scanner: Artec EVA Light

Equipment details

Sintratec S3

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Formlabs From 3L

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DWS XFAB 2000

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WASP 4070 Industrial X

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WASP 2040 Industrial X

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Trotec Speedy400

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Roland MDX-40A

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Artec EVA

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What can be made

View the prototypes created and come make your idea reality

ABS plates printed by a PhD student in 3 hours at a cost of €30 using the Wasp Industrial X 40/70 plastic filament printer
Circuit box created by Uniboat project students using the Wasp Industrial X 20/40 printer in 6 hours at a cost of €65
Plastic Air Intake for engines printed by Uniboat project students using the Wasp Industrial X 40/70 3D printer in 22 hours at a cost of 220 euros
Carbon Fiber and PETG Bracket printed with the Wasp Industrial X 20/40 3D printer in 6 hours at a cost of 60 euros.
Medical Measurement Device in polypropylene (Invicta 977) printed with the DWS XFAB 2000 for S. Orsola Hospital as part of a research project in 6 hours at a cost of 110 euros
Medical Measurement Device in ABS-like material (Invicta 907) printed with the DWS XFAB 2000 for S. Orsola Hospital as part of a research project in 6 hours at a cost of 95 euros.
Medical Measurement Device in Formlabs Clear Resin printed with the Formlabs Form 3L by a professor as part of a research project in 6 hours at a cost of 120 euros
Medical Measurement Device in Formlabs Clear Resin printed with the Formlabs Form 3L by a professor as part of a research project in 4 hours at a cost of 95 euros
Sound Attenuator in Polypropylene (Invicta 977) printed with the DWS XFAB 2000 by a professor as part of a research project in 3 hours at a cost of 65 euros
Sound AttenuatorPolypropylene (Invicta 977) printed with the DWS XFAB 2000 by a professor as part of a research project in 5 hours at a cost of 140 euros
Sound Attenuator in Polypropylene (Invicta 977) printed with the DWS XFAB 2000 by a professor as part of a research project in 4 hours at a cost of 75 euros
Measurement Device in ABS-like material (Invicta 907) printed with the DWS XFAB 2000 by a professor as part of a research project in 3 hours at a cost of 35 euros
Engraving and Cutting on Plexiglass completed in 1 hour at a cost of 25 euros using the Trotec Laser Speedy 400 as part of an in-house research project at Makerspace
Engraving and Cutting on Woodboard completed in 1 hour at a cost of 15 euros using the Trotec Laser Speedy 400 as part of an in-house research project at Makerspace
Engraving and Cutting on Paper completed in 1 hour at a cost of 35 euros using the Trotec Laser Speedy 400 as part of an in-house research project at Makerspace