Jessamy was born and raised in the Channel Islands where she fostered a passion for writing at a young age. An insatiable explorer, she has lived in Guernsey, Malawi, the UK and New Zealand – fulfilling a variety of editorial and content creation roles. After completing several coveted internships in the UK, Jessamy hit the ground running as a news reporter for a top national daily newspaper. She was then offered a job in government communications in New Zealand. Her entrepreneurial spirit encouraged her to start her own content business aged just 26, meaning she now collaborates with numerous international clients. In any role, her favourite job is working with interesting people to tell great stories to as large an audience as possible. She holds a BA in English Literature (University of Warwick) and an MA in International Journalism (Brunel University). In her spare time, you’ll find her travelling the world, hiking with her dog, listening to country music or sipping on cosmopolitans.
The 3D printing industry is in a state of constant flux and development. With the market set to expand by 17.5% over the next seven years, the career opportunities for both men and women are broad and far reaching. However, for years the tech field at large has been mostly dominated by men. Indeed, with only 13% of the 3D printing workforce being female, it’s clear we still have some way to go. But, we are getting there.
From cutting costs and increasing efficiency to prompting innovation, 3D printing has had an undeniably significant impact on the manufacturing industry in recent years. Thanks to advances in material science, digital design and on-demand production capabilities, we are seeing industry-wide change. From the realms of aerospace and prosthetics, to cars, sports and food, manufacturers are tapping into 3D printing technology to improve and revolutionize their production processes.
Metal 3D Printing is undoubtedly the next big thing in the fast-moving realm of 3D printing.
Put simply, it’s a quick and effective process used to create three-dimensional metal parts from a digital file. Using 3D CAD technology, metal 3D printing techniques use binders, lasers and heated nozzles to create products that are robust and boast intricate internal features (channels, undercuts, inner tubes, internal voids). Components that wouldn’t have been imaginable a few years ago are now a reality due to the various industrial applications available for metal 3D printing today.
At the end of 2017, robotic history was made. Two years after the challenge was posed, the world’s first giant robot duel took place in September. And, in case you missed it, I’m breaking it down.
The world of 3D printing is constantly evolving and expanding, and one area in which we are seeing a technological renaissance of sorts is the footwear realm. 3D printing technology has now enabled product customization of sneakers, not only with regard to aesthetics but with the aim of physically helping people. Sneakers can now be printed and tailored to a runner’s biometrics or to the individual’s low or high foot arches.
The world of golf club design has dramatically expanded and progressed over the past 20 years. High expectations for design skills coupled with the increasing influence of modern technology within club design and the sport as a whole make this an industry of continual flux and revolution.
Head injuries are undoubtedly the biggest threat to the NFL. The helmet designs, which have stayed pretty consistent over the last 60 years or so, haven’t helped. But there’s a new kid on the block in the helmet world and it’s got everybody talking.
If you’re looking to purchase your first 3D printer, upgrade your existing machine, or simply learn more about the printing industry right now, you’ve come to the right post. While Stereo Lithography, Laser Sintering, and Powder Printing techniques are going strong, Fused Deposit Modeling (FDM) and PolyJet are the current leaders of the 3D printing pack. However, though both FDM and PolyJet each assemble 3D models layer by layer, the materials, processes, and benefits differ greatly.
Let’s break it down.
To say computer aided design (CAD) has come leaps and bounds in the last 50 or so years would be a major understatement. The CAD world has undergone significant transformation in recent times and is ever evolving. While CAD software initially enabled engineers, architects, artists, and other creatives to generate designs in 2D and eventually 3D conditions, it has now taken a step further by utilizing virtual reality (VR) capabilities.