MultiMark is a marker system that perfectly meets modern requirements in conjunction with tailored software and particularly efficient printer technology. It is quick and reliable to use, allowing seamless implementation of virtually all labels. The system proves extremely economical, even for small and medium-sized projects.

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Norsk Titanium AS, a supplier of additive-manufactured, structural titanium components, received a production purchase order for 3D-printed structural titanium components from Boeing. These parts are expected to cut costs of some Boeing planes.

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Researchers at the U.S. Energy Department's Pacific Northwest National Laboratory developed cement that can heal itself when cracks occur. Using self-healing cement for geothermal wells would save geothermal plants millions of dollars and would reduce the amount of downtime necessary for repairs.

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Assembling car bodies the "old" way was easy: you just had to weld the steel base to the chassis. With changing materials (lighter weight materials such as aluminum, carbon fiber, etc.), welding is often impossible and riveting requires access to the fastener location from both sides.

Want to gain a solid understanding of how to integrate the ADAPTIVE-DFS into automotive and appliance assemblies, and how it can result in time, labor, and cost savings across the board?

Sign up for a free webinar by DEPRAG.

Key Take-Aways:

• Learn the fundamentals of automotive and appliance assemblies through the use of DEPRAG's ADAPTIVE-DFS
• Understand the advantages that result into time-, labor-, and cost-savings
• Learn what materials and fasteners to use for the most efficient assembly

Webinar Details:

February 22 - Wednesday (also available on-demand for 90 days after the live broadcast)

2:00 PM EDT - 3:00 PM EDT

Webinar Link

Cement production is responsible for more than 5% of global yearly CO2 release, university researchers say. Substituting geopolymers for cement could lead to reductions in atmospheric carbon dioxide. These materials also may be more resistant than cement to high temperatures and chemicals.

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