New Search
If you are not happy with the results below please do another search
Blog Post
Additive manufacturing has been adopted across various industries, from the automotive sector and the medical/dental world, to consumer goods and the education sphere. However, one sector where we’re seeing particularly impressive take-up is within aerospace. 3D printing allows for the faster and more efficient creation of a variety of parts with complex geometries, therefore reducing the need for expensive trial and error. It therefore comes as no surprise then that such technology is a big hit in today’s innovative aerospace landscape. Aerospace – the branch of technology and industry concerned with both aviation and space flight – was in fact...
read more →
Blog Post
Additive manufacturing has been greatly impacting the automotive industry over recent years and the NERA e-motorcycle is just one example of 3D printing technology innovation in this arena (and at its finest). From being able to create state-of-the-art prototype components to having fully 3D printed vehicles, printing a motorcycle is yet another milestone for additive manufacturing and the transportation industry. In this blog we’ll be delving into the incentives behind the creation of the NERA 3D bike design, the design process itself and the wider implications of its creation on the automotive industry at large. The brains behind the NERA...
read more →
Blog Post
When you think additive manufacturing, production of widgets, forms, and usually something mechanical comes to mind. But additive manufacturing may be used well in the design and fabrication of electronic parts, components, printed circuit boards (PCB), and other complex electronic circuitry. Additive manufacturing machines can produce conductor, resistor, dielectric and semiconductor inks which can be processed to create both active and inert components. Shielding, antennas and sensors are just some of the types of electronic components which can be created. Additively Manufactured Electronic (AME) devices is an emergent utility of 3D printing that affords great precision in executing complex designs...
read more →
Blog Post
For more than 5 years GrabCAD Print has been simplifying 3D printing workflows with its intuitive scheduling, monitoring, preparing, and reporting of print jobs for FDM and PolyJet printers. GrabCAD Print has remained the market's top software for Stratasys 3D Printers. And now with the latest version, GrabCAD is taking the solution one step further by including support for the Stratasys H350™ 3D printer. A New Way to Print The Stratasys H350 leverages SAF™ technology. SAF technology produces high-volume parts with accuracy and repeatability. This gives you part consistency throughout your build and ensures reproducible part quality — even on...
read more →
Blog Post
As 3D printing migrates away from being a means of fabricating prototypes and models, and becomes a viable means of manufacturing parts in quantity, the quality of the production parts and an ability to achieve the same levels of quality as traditional manufacturing methods demands is a great concern. First off, 3D printing, and additive manufacturing (AM) is quite economical, produce much less waste than traditional manufacturing, are fast, easy, require minimal tooling and equipment and can create the widest array of products from fine printed circuit boards to a large house. But is the quality sufficient? Let’s look at the...
read more →
Blog Post
One year ago, Stratasys unveiled a product within the GrabCAD Additive Manufacturing Platform that enabled agile and scalable manufacturing for additive: the GrabCAD Software Development Kit (GrabCAD SDK). The GrabCAD SDK gives customers the power to manage and support their 3D printers as a part of a smart factory floor. This is made possible by allowing Stratasys technology to integrate with existing manufacturing execution system (MES) and product lifecycle management (PLM) framework to capitalize on Industry 4.0 capabilities. At the time of its release, the GrabCAD Printer Connectivity SDK was only able to integrate with select Stratasys FDM printers. Today...
read more →
Blog Post
Additive manufacturing is one of the fastest growing industries today and is expected to grow by nearly 17 percent year over year. With this in mind you may be asking yourself, what kind of careers are available within the additive manufacturing industry? With the industry still being young, there are a multitude of roles that a prospective job seeker can find themselves in to help push additive manufacturing forward while making a nice salary as well. Here are 5 essential 3D printing jobs to look into: (Additive manufacturing salary data comes from Glassdoor). 3D Printer Technician / Operator Salary range:...
read more →
Blog Post
Do you remember how it felt to fly from the nest? Car packed to the brim with nothing but the open road and the smell of fresh textbooks ahead. Yep, textbooks, remember those? Safe to say, even the tech giants of our generation once had that ‘heading to college’ mix of nerves and excitement. But perhaps they had something else brewing too. Inventions that would change the world perhaps? With that in mind, we thought it would be fun to take a brief look back at where it all started for the likes of Elon Musk (SpaceX), Melanie Perkins (Canva),...
read more →
Blog Post
Rapid prototyping has made positive impacts across various industries such as automotive, medical, and commercial goods which has led to some companies wanting to scale their additive manufacturing capabilities past prototyping and into production. In the past 30 years, additive manufacturing has been in a constant state of growth and development. The most common method of 3D printing had been Fusion Deposition Modeling (FDM). This is what propelled additive manufacturing into its current role of rapid prototyping. The question on many industry leaders' minds however is whether or not additive manufacturing has reached the heights needed to shed its past...
read more →
« Previous Page — Next Page »