Every day, more and more robotics & automation machine builders, component suppliers, and system integrator are turning to additive manufacturing to solve some of their toughest design challenges. Industrial 3D printing technologies have advanced greatly over the past 5 years and have become a go-to manufacturing solution for many companies.
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You only get one shot to make it right. When your product gets loaded onto a rocket and launched into space, sending out a service crew to fix minor flaws after shipment isn’t a real option. So, satellite manufacturers face 100% reliability demands and still have to control costs to make a product. Supply chain disruptions, tight labor markets and concerns about the economy only make that job harder. Tools that enable agility and rapid adaptation are can help.
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SME Resource
The availability of additive manufacturing, or 3D printing, presents engineers with new opportunities to improve the performance of load bearing structures, but brings new development challenges and costs. This presentation is a comprehensive overview of the latest simulation technologies for additive manufacturing. In addition, this presentation details how the latest simulation technologies can address the most challenging engineering problems regarding additive manufacturing.
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Advanced Manufacturing
3D printing injection molds take just a day or two, compared with six to eight weeks required to produce a metal mold. Of course, they don’t have the longevity of CNC molds, but these durable plastic versions can be used to create components in their final materials in order to check functionality and material properties.
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