product safety

This article presents methods for building reduced-order models (ROMs) based on proper orthogonal decomposition (POD) for modeling transient heat transfer in partially-perfuse tissue in prolonged contact with a heat-generating wearable device.

Even though warnings and instructions are not followed by all product users, they are important for product safety and product liability defensibility. Manufacturers must decide how safe to design their products and when they can also rely on warnings and instructions to make the product safe.

Manufacturers should understand product liability law and consider it pre-sale when they design and manufacture their products and after sale when they deal with potential product safety problems reported to them by consumers. Doing so will result in safer products and, if there is a lawsuit, a better defense.

This year, 2022, is a revision cycle year for ANSI Z535, and it marks the first time many of the standards have changed in over a decade. This month’s column explores the latest updates and what they mean for product safety.

While the selection of components in electrical equipment plays a crucial role, a sound understanding of the characteristics of safety-critical and high-integrity components can provide valuable information about the ways to advance and achieve safety goals.

Product regulatory compliance is a formal discipline that addresses every aspect of the product lifecycle, helping to ensure global acceptance of new and innovative technologies that are environmentally sound and safe to use.

While the selection of components in electrical equipment plays a crucial role, a sound understanding of the characteristics of safety-critical and high-integrity components can provide valuable information about the ways to advance and achieve the safety goals.

Safety management programs are necessary to help a company make safe products and monitor safety for products in use. The CPSC has provided lots of guidances and mandates over the years on what constitutes an adequate program. These guidances are potentially useful to those companies seeking to establish a CPSC-compliant safety program and should be considered as part of the program development process.

This is the second of a two-part series that discusses a numerical methodology that relies on the concept of cumulative equivalent exposure to evaluate contact burn injury thresholds.

History is very telling in influencing the trajectories of product safety and liability. To get the details, we turned to insight from Doug Nix, Managing Director of Compliance inSight Consulting and lead author of the Machinery Safety 101 blog. Read the interview with Nix for context on how the past has shaped the ideology and approaches that we employ today.