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Additive manufacturing has proven to be a disruptive technology that is opening the door to innovating products and making them better and more efficient. But inherent with new technologies is the need to examine the health and safety risks that are introduced into processes. Metal additive manufacturing uses well-known and proven materials, but new risks and hazards that arise from processing methods must be taken into account.

What precautions should be taken to ensure your employees are safely interacting with additive equipment and materials? This presentation will introduce you to risks associated with metal additive and present actionable approaches to occupational safety and environmental protection.

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The main difference between Ti-6242 and other titanium alloys is the excellent mechanical properties that can be achieved from the material, particularly at elevated temperatures and in terms of creep resistance. The near-alpha titanium alloy has a high mechanical strength, a high-temperature stability and creep resistance up to temperatures of 500-550°C. Other common titanium alloys, such as the most widely used Ti-6Al-4V, typically have work temperatures up to 350°C.

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