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The Digital Thread

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Past 'Material Science' posts

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ABS material
Material Science
07/11/2024

In and Out - ABS Injection Moulding

This blogs deep dives into ABS injection moulding. Easy to work with, with a quality surface finish and relatively low purchase cost are just some of the reasons ABS is so popular for mass production. Continue reading to find out more.
By Protolabs
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CNC Recycled Materials
Material Science
26/09/2024

From Scrap to Success

Introducing recycled materials for CNC machining at Protolabs
By Protolabs
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Injection Moulding Recycled Materials
Material Science
21/05/2024

The Rise of Recycled Materials:

Could recycled injection moulding materials work for your part? This blog compares recycled materials to their traditional counterparts.
By Protolabs
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SLS Material part
Material Science
04/04/2024

Selective Laser Sintering (SLS) What is the best material for my project?

We're often asked what's the best material for selective laser sintering (SLS)? Learn more about the elements which might influence your choice of material for SLS.
By Protolabs
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engineer in product design stage
Material Science
30/01/2023

Cutting edge materials for space

Material science constantly pushes the boundaries of what is possible in product development, but what materials are making an impact in the space industry? We've compiled a list of cutting edge materials used for space applications to help you make the right decision for your project.
By Protolabs
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direct metal laser sintered metal braket for automotive use
Material Science
09/01/2023

Aluminium Alloys: Go-to Materials for Automotive, Aerospace, and More

Aluminium is a common and popular metal that’s found everywhere and used in a stunningly wide range of parts and products: automotive parts, aerospace components, boat and marine gear, consumer electronics including smart phones, industrial machinery parts, HVAC systems, the list goes on. In this blog we look at why aluminium is so commonly used, why there are so many aluminium alloys, and take a brief glimpse at the main alloys we use at Protolabs.
By Protolabs
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HP PA 11 Camera Lens
Material Science
11/10/2022

Protolabs Switches Additive Manufacturing for PA11 Black to MultiJet Fusion for Better Results

Protolabs Switches Additive Manufacturing for PA11 Black to MultiJet Fusion for Better Results
By Protolabs
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DMLS-aero-auto-part
Material Science
01/12/2021

Titanium vs Aluminium: Workhorse Metals for Machining and 3D Printing

Light weight and strength help aluminium and titanium excel for 3D-printed and machined parts.
By Steve Konick
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3D Printing | Ultrasint™ TPU01: A new versatile and fast processing material for Multi Jet Fusion 3D printing
Material Science
01/06/2020

Ultrasint™ TPU01: A Versatile and Fast Processing Material for Multi Jet Fusion

We have expanded our Multi Jet Fusion Service. Ultrasint™ TPU01, a new material, with rubber-like elasticity that is tear and abrasion resistant as well as resistant to grease and oil. This material offers unlimited design possibilities and excellent part accuracy for prototypes and low-volume production parts.
By Ashlea Hoang
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Polypropylene Part
Material Science
07/10/2019

Polypropylene 3D printing - A new world of prototyping and product design

3D printed parts can now be made in polypropylene, opening up a world of design and testing.
By Matt Hatch
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Protolabs DMLS
Material Science
21/01/2019

Inconel 718: A superalloy with enduring relevance

Metal 3D printing has brought Inconel, the classic nickel-based heat resistant alloy, well and truly into the 21st century
By Matt Hatch
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