Read about how SD3D worked with Aon to design and print a record breaking 9′ x 10.5′ model city. This giant city helped to show off the vast insurance portfolio offered by Aon to it’s clients and allowed us to test the limits of 3D printing scaled architectural models. In total this massive effort took over 200 design hours and 3000 printing hours that yielded 300 individual parts weighing a total of 66 kilograms. We assembled this record breaking model into four quadrants that could be broken down to easily transport between trade events. This project was completed within 30 days from concept to final delivery.
When Latrice first contacted SD3D in February of 2016 she had a vision for a new product that she simply couldn’t stop thinking about. At the time, she wasn’t sure if it was going to be a marketable product or just a one-off security device for her house. Her only certainty was that it was going to solve a major security flaw in her home which would allow her to sleep soundly at night and while she was away.
When it comes to FDM 3D printing, one of the most important pieces of hardware is the extruder. While the older Prusa based cartesian printers with moving build platforms were limited in speed mainly due to larger moving masses, new printer designs are capable of reaching much higher travel speeds without sacrificing precision. On these new FDM printer designs, the limiting factor has become the extruder responsible for positioning the filament for accurate material deposition. Read More
There are several practical reasons why you may want to cool the components inside your 3D printer. The first and most important is to make sure that your printer remains operational and free of maintenance for as long as possible. The most obvious low-hanging fruit for most 3D printers are the stepper motors responsibility for extruding and positioning the model on the x-y planes. These three motors can run so hot that they will burn you if you try to touch their surface platting during a print. While these motors are designed to run hot, there is a limit to how hot you want them to get for prolonged periods. This is where stepper motor cooling comes into play.
This case study discusses the merger of 3D Printing and IoT at the commercial scale, reflecting the data we have gathered through operations to provide estimates on production cost reductions.
As of 2019 we expect to achieve a net savings of over $400,000 per year in operational costs by implementing IoT driven energy savings and process improvements onto our 3D printing production lines in Dallas and San Diego. Implementing industrial IoT onto our production lines will allow us to offer even lower cost solutions for high volume 3D printing production, pushing additive manufacturing into new applications that are not currently economically viable.