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Additive Makerspace Tools

Additive manufacturing tools create objects and patterns by building them up layer by layer from a variety of materials. These technologies enable efficient, precise, and highly customisable fabrication. Here are the additive manufacturing tools available across the consortium.

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FDM 3D Pinter

This system is ideal for small scale production of parts and components at a rapid rate, making it ideal for prototyping. It is capable of printing in a variety of materials, each with different properties.

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Microdroplet Printing

Piezoelectric micro-dispensing technology is used in precise fluid handling, giving high levels of control over the deposition of picolitre volumes of liquid. It's applications range from printing microcircuits and flexible circuits to cell cultivation.

Subtractive Makerspace Tools

Subtractive manufacturing tools shape materials by removing them from a larger block or sheet until the final form is achieved. These technologies offer precision, detail, and surface quality ideal for creating functional parts and prototypes. Here are the subtractive manufacturing tools available across the consortium.

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Epilog Laser

This system enables high-precision cutting of various materials, including card, wood, and acrylics. It is also capable of engraving intricte designs, toolpaths, and text onto materaials making it an ideal tool for making laser marked QR codes and ID tags. It is an ideal tool for rapid prototyping of parts and fixtures.

Formative Tools

This manufacturing process group refers to processes and systems that involve shaping materials using external force or heat.

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Thin Film Deposition

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Supportive Makerspace Tools

Supportive tools assist and improve the design, fabrication, or testing process. They do not directly shape and create the part but provide provide essential functions like scanning, measuring and observing, or robotic material handling.

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Digital Microscopy

The Keyence digital microscope is an invaluable tool when it comes to measuring manufactured parts and verifying processes. It is capable for taking images from x10 - x6000 magnification with a vast array of features ranging from 3d image compositions to auto counting of grains on a metallic surface.

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Surface Profilometry

White light interferometry, a powerful​ non-contact surface metrology technique,​ is a cornerstone in nanotechnology. It's based on interference between white light beams, offering sub-nanometre precision in 3D surface profiling.