The potential for additive manufacturing to disrupt the traditional supply chain is another means by which 3D Printing is disrupting traditional manufacturing processes. For numerous industries, the incorporation of 3D Printing into production can facilitate the minimization of logistics costs for both small and large manufacturers, whilst also bolstering manufacturing processes themselves.
It is often required to track various jobs and costs associated with different projects when using a Polyjet printing solution. Defining project specific costs allows the end user to define budget constraints, outsourcing options, and in-house cost/time savings.
Effective support removal is one of the key pillars of overall Polyjet part quality, and can make the difference between good and great results. This Thursday, we'll be walking you through some tips and tricks for effective removal of SUP705.
As the utilization of 3D Printing and additive manufacturing continues to disseminate amongst a number of industries, medical 3D printing has seen some of the most rapid grown. 3D-printed anatomical models for surgical planning and clinical training have a wide array of applications in the hospital inpatient setting.
Thursday's Tech Tip has been provided by Applications Specialist Conner Janeteas. Today, he'll be taking you through his favourite feature of GrabCAD Print to-date, as well as run through the release notes for Version 1.8. The latest version of our latest print processing and management software, GrabCAD Print, has just been launched. Today, we’ll be taking you through the release notes, and our favourite feature to to date – office hours.
Our customers, such as L3, Bombardier, Boeing and Standard Aero are but a few partners benefiting from these advancement’s in additive technologies and materials. Like others in the aerospace industry, they are experiencing performance improvements with superior lightweight part design from integrated structures and component consolidation.
As many of us may already know, our Stratasys Polyjet systems - including the J750, Objet Connex Series, and the Objet Desktop Series - are capable of very high resolution printing. With high accuracy also comes high responsibility for ensuring that this accuracy is up kept and print quality stays optimal. A large portion of this up keep is achieved in the simple process of cleaning heads and general machine cleanliness.
Every year, the Extreme Redesign Challenge calls upon tomorrow’s engineers, artists and entrepreneurs to design a better future. It is a test to see who can come up with the most creative, mechanically sound, and realistically achievable design using 3D printing. Seven winners were selected and received scholarships for their efforts as well as features on the Stratasys website and blog. Today, we're sharing the results of Canadian students Matthew Wong & Lewis Carvalheiro.
Stratasys and Cimetrix has released our latest ground-breaking advance in PolyJet material technology: Digital ABS Plus. As the name indicates, this is a new, advanced version of the high performance Digital ABS material released in 2011.
Over the last few years, Cimetrix and Ryerson FSAE have partnered grow the teams use of additive manufacturing for far more than simple printed parts. Today, we'll be sharing post-season update from Ryerson FSAE, who experienced unprecedented success in their 2016-2017 season.
Recently, Cimetrix had the pleasure of hosting the Composites group from Stratasys to present a workshop on leveraging Stratasys technology for composite tooling. Today, we are sharing a recent post by Ross Jones, one of the members of the composites team. Continue reading for a brief overview on how to best leverage Strasys' FDM technology for composite tooling applications.
Agilus30 pushes the boundaries of rapid prototype design verification, and brings rubber-like 3D printing into the realm of functional prototyping. Combined with Sup706, our soluble support material, Agilus30 can be used to create intricate components and provides effortless support removal.
Stratasys has recently launched their latest addition to the Nylon material family - Nylon 12-CF. Boasting the highest strength-weight and stiffness-weight ration of any Fused Deposition Modelling (FDM) material, Nylon 12-CF was developed specifically do address common problems in manufacturing
Now there’s a more capable, more affordable professional rapid prototyping solution for your entire of office — from the industry leader in 3D printing. The Stratasys F123 3D Printer Series provides professional level 3D Printing in an office-friendly, affordable package. This all-new platform has been designed with the user in mind - combining the best of the Fortus series with several all-new features, the F123 Series meets the demands of advanced applications whilst offering users unparalelled ease of use.
As 3D Printing continues to grow, there has been the emeregence of several hobby-level technologies in the marketplace. Though useful, this group of printers are quite different from there professional-grade coutnerparts, the technology upon which today's 3D Printers, regardless of class, are built. Today, we will be sharing a recent stratasys post outlining key points to consider when delving into the realm of additive manufacturing.
We are please do announce that FDM Nylon 6 is now availible as a material option for 3D Printing services through our Innovaiton Centre, as well as for direct purchase from our materials department. The material is currently compatible with the Production Series Fortus 900mc (Gen 1 & Gen 2), with expansion for the Fortus 450mc in 2017.
The product development arm of Speedo is focused at their research and development center, using their Stratasys PolyJet technology for advanced, multi-material prototyping and design validation.
The medical community continues to be one of the fastest growing users of additive manufacturing technologies. With a long history of 3D printing being utilized to enhance medical device creation, enhancements to printing technologies have facilitated a vast array of uses beyond simple device creation. As utilization of these technologies continues to rise, additive manufacturing continues to be a great facilitator of precision medicine throughout clinics accross North America. Amongst the leaders of emerging additive medical applications lies surgical planning - physicians around the world are using 3D printing technologies to convert patient data into functional models, used for both educational and practical purposes. In today's post, we will be revieing a recent post written by Dr. Vijay Iver.
With the recent explosion of medical 3D printing, the focus tends to lie on novel, unique applications of the technology; undoubtedly, additive manufacturing is the disruptive technology that will give rise to unparalleled patient care and innovative procedures. Furthermore, the impact that the technology currrently has is often highlighted by applications utilizing leading-edge 3D technologies. Whilst making a tremendous impact, the unfortunate reality is that not all healthcare institutions have access to these technologies - for now. In today's post, we are going to highlight how entry-level professional 3D printing solutions can also impact the realm of healthcare, being used to create customized teaching tools for med students and hospital residents alike.
On Thursday, October 13st, 2016, members of the Sheridan Community and the Canadian Government gathered at the Davis Campus for an exciting announcement. The Honourable Reza Moridi, Minister of Research, Innovation and Science, was joined by Amrit Mangat, MPP for Mississauga-Brampton South at Sheridan’s Davis Campus today to announce a major investment in Sheridan’s additive manufacturing research capabilities.
In today's post, we will consider the hospital opportunity to take advantage of 3D printing to improve patient care, research, education and training, and overall hospital efficiency.
The addition of inserts into FDM parts can enhance functionality when creating parts for a wide variety of purposes. Hardware can be embedded in an FDM part to simulate insert molding, with the ability to accommodate items such as: sensors, wiring, RFID tags, fabric, bushings, threaded inserts, etc. For this exercise, we will focus purely on a threaded insert.
This week, Stratasys has announced a refresh for this popular platform; more than just a facelift, a number of improvements have been implemented with the aim of making the tried-and-true, professional grade platform increasingly accessible within academia and industry.
Centennial College's recently introduced Product Design and Development program is the only of its kind in Canada, allowing students to learn every aspect of a product life cycle, from concept to design to prototyping and production. Read on for more!
In today's Tech Thursday post, our team of Applications Specialists cover how to maximize throughput of your Fortus additive manufacturing technology, providing their personal recommendations, as well as outlining the individual steps in Insight. This procedure is applicable to all printers in the Fortus family, including the 250mc, 380/450mc, and the 900mc.