Parts shipped in as fast as 1 working day
What is 3D printing?
3D printing is an umbrella term used to describe all additive manufacturing technologies. It is a process that uses digital CAD models to literally add material together to ultimately create three-dimensional objects. Unlike subtractive manufacturing, where the object is achieved through the removal of material from a solid block, additive manufacturing constructs the object through successively depositing layers of material.
What are the advantages of 3D printing?
Through 3D printing, objects or parts are built in very thin layers allowing for highly complex geometries that are impossible via any other manufacturing process. 3D printing works best for rapidly creating functional prototypes and end-use parts that are high in detail. There are a number of additive manufacturing technologies available, each with their own advantages based on the layering methodology and material used – with a range of plastics and metals available. Our rigorous quality control measures and commercial-grade equipment create highly precise parts every time.
Which 3D printing technology should I use?
1 to 50+ parts
Shipped in 1 to 7 working days
Are you unsure which 3DP plastic material to use? Would you like to see and feel the choice in hand? That’s where 3D Polygon can help – a comprehensive 3DP plastic materials sample box to help you make that important decision.
Why is 3D Printing For Me?
We offer a variety of industrial 3D printing technologies that have all been standardised and calibrated to ensure highly repeatable part production every single time. Our technical expertise and process know-how is founded on having built over 1.5 million unique geometries over the past 15 years.
Making the un-manufacturable manufacturable
Building a part in thousands of thin layers affords designers the opportunity to create highly complex geometries that are often impossible to mould – internal channels and holes that are unreachable by end mills, or entire assemblies printed as a single piece. But what happens when additive prototypes are ready to graduate to injection moulding? At Protolabs, automated software identifies mouldability issues and recommends solutions in an interactive quote. That might mean a bit of design retooling, but it can quickly turn a 3D printed prototype into a production-ready part.
Additive manufacturing materials
We use a range of commercial-grade thermoset resins, and thermoplastic and metal powders to 3D print parts that are suitable for various part applications and industries.