Manufacturing & Prototyping

3D-Printed Functional Antenna Arrays Operate on Exterior of COSMIC-2 Satellites

FDM® (Fused Deposition Modeling™) technology and ULTEM 9085 thermoplastic Stratasys Direct Manufacturing (RedEye, Solid Concepts, and Harvest Technologies) Eden Prairie, MN 866-882-6934 www.redeyeondemand.com In 2006, a satellite mission called the Constellation Observing System for Meteorology, Ionosphere, and Climate (COSMIC-1) was put into orbit. The purpose of the instrument was to collect global ionospheric and atmospheric data of temperature, moisture, and pressure, including hard-to-sample areas such as above oceans and polar regions. The project was led by the University Corporation for Atmospheric Research (UCAR), a consortium of more than 70 research universities in the US, and Meteorological Society of the Republic of China (Taiwan). Since its inception, the COSMIC-1 project has contributed to a wide range of scientific investigations and improvements in weather forecasting.

Posted in: Application Briefs

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Product of the Month: May 2015

Sensirion, Westlake Village, CA, introduced a gas sensor that, according to the company, is the first in the world to be based on multi-pixel technology. This allows the sensor to perceive its surroundings using various receptors that, with the help of intelligent algorithms and pattern recognition, are able to detect the type and concentration of gases. The single sensor is capable of detecting and distinguishing between different gases. It measures 2.45 × 2.45 × 0.75 mm, and can be integrated anywhere. Using the sensor, mobile devices will be able to sense their surroundings in order to measure indoor air quality, determine the alcohol content of a person’s breath, or recognize smells. For Free Info Visit http://info.hotims.com/55589-120

Posted in: Products

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Coming Soon - Medical 3D Printing and Additive Manufacturing: Going From Why to How

3D printing has been utilized in the medical industry for over 20 years. In recent years, the number of applications, utilization, and utility have increased exponentially. This increase has been driven by two key factors: (1) crossing the chasm from “how to print” to “why adopt 3D printing and additive manufacturing”, and (2) the dramatically increased selection of technologies and materials that meet the needs of medical professionals.

Posted in: Webinars, Upcoming Webinars

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Engineering Lighter and Faster Industrial Robots by Performing Dynamic Analysis

With improved structural design and control mechanisms, industrial robots have become more popular in manufacturing. And here are the reasons why:

Posted in: On-Demand Webinars

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Bridging the Gap: Flight-Based Evaluations Soar to New Heights with Advanced Manufacturing

Additive manufacturing, also known as 3D printing, is being heralded as a disruptive technology in aerospace, and for good reason – it’s literally changing the way aircrafts are being manufactured. Just ask Area-I, an aerospace engineering company, which has been partnering with Stratasys Direct Manufacturing, an advanced manufacturing services organization, to create PTERA, an unmanned Prototype Technology Evaluation and Research Aircraft that helps fill a technology gap between wind tunnel and manned flight testing. On this Webinar, engineers from both teams will talk about how additive manufacturing helped PTERA get off the ground – literally.

Posted in: On-Demand Webinars

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3D Printing Materials: Choosing the Right Material for Your Application

3D printing has matured over the last decade, due in large part to the breadth of available materials. Additive manufacturing now offers many of the thermoplastics and metals found in traditional manufacturing. With so many options, choosing the right material for your application is crucial. Read the latest white paper from Stratasys Direct Manufacturing to learn what factors to consider when selecting your material.

Posted in: White Papers

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3D Printing of Aerospace Parts: A Real Solution with Real Benefits

Innovation in aerospace is accelerating, advancing frontiers at the component and product levels in manufacturing operations, rethinking supply chains and, in some cases, at the business model level. Parts can now be created with complex geometries and shapes that, in many cases, are impossible to create without 3D printing. Low aerospace volumes make 3D printing an attractive, lower-cost alternative to replace conventional CNC machining and other tooling processes for smaller-scale parts and finished assemblies. Aerospace innovators are embracing 3D printing beyond prototyping, and are aggressively pursuing new applications for the technology. This white paper describes how the aerospace industry can reap the many benefits of 3D printing to reduce expenses associated with time, waste, and productivity.

Posted in: White Papers, White Papers

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