The pandemic and ensuing disruption have revealed weaknesses in common manufacturing practices. It's become clear that what many organizations believed to be best practices weren't the best when facing events like COVID-19.
Every day in 2020 has been somewhat of a surprise, but probably the biggest surprise of all has been how well manufacturers and quality teams have navigated all of the new rules, restrictions, PPE requirements and product mix changes that emerged.
Many investments made by manufacturers over the past two years delivered new capabilities and efficiencies that should be carried forward as manufacturers look to the future in search of new business growth.
We have reached a tipping point to reengineer our end-to-end supply chains. Resilience across the entire value chain is critical. You must have the systems in place and ensure there is no over-dependence on any one partner, country, or region.
But just as important as having a vaccine is having enough personal protective equipment (PPE) to aid in the vaccination of nearly 330 million people across the country. This importance will be a critical turning point for America's manufacturers
Amid rising demand, warehouses have had to increase productivity, but keeping too many workers in a facility can be a health risk. By implementing more robotics, warehouses could artificially expand their workforce.
A team of engineers and medical experts joined forces during the first wave of COVID-19 to rapidly prototype a medical device. Xometry manufactured 9 prototypes in under 3 weeks, providing advice and rapid production for critical decision making.
The manufacturing industry has been heavily impacted by COVID-19 and manufacturers are taking stock of the lessons learned, solutions identified, and technologies available to help weather the pandemic.
Read to know how the many process manufacturing businesses around the world impacted by COVID-19 can bounce back.
3D Printing and Printed Materials in 2020: A Challenging Year But Fascinating Times Ahead, Reports IDTechEx
Although the COVID-19 pandemic has interrupted the 3D printing sector and its end users (such as printing bureaus), new directions of travel have nonetheless emerged. Some opportunities have even been directly prompted by the pandemic.
COVID-19 is still a problem, but with a little luck and a lot of hope, industries are close to reopening. While we see a break in the clouds, no one is quite sure what the road to recovery really means.
As the country faces yet another surge of cases, manufacturers must do everything in their power to prevent outbreaks, keep their people safe and maintain operations. And the Internet of Things (IoT) can help manufacturers accomplish this lofty goal.
Senior executives seek answers to questions like - Can I make my supply chain agile; Can I do online RFPs and supplier management. Can I run my factories remotely? Can I ensure social distancing on the factory floor by reducing the number of people on the factory floor?
The COVID-19 pandemic has exposed the fragility of long, complex supply chains. It has also shown how reliant many US and European companies are on the overseas supply of critical items, bringing to the fore a long-debated issue-are we ready to reshore?
It has been over 6 months without any in person events. With that in mind we are putting together a special feature article for the fall to highlight some of the new products and services our partners have rolled out during that time.
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A traditional gantry system employs X-Y or X-Y-Z range of motion. Mounted on a base plate, usually granite, 2 parallel rails constitute the synchronized Y axis motion while the cross axis (bridge axis) provides the X motion. A vertical axis can be added on the bridge for the Z motion. A Split Bridge system can be less complex than a traditional gantry system because synchronization of the two parallel linear motors is not required. Both systems are used in industrial production, testing, and additive manufacturing.