product safety

Circuit spacing is a key element in minimizing electrical shock and fire risks, which is critical for safe product development. This publication provides simplified guidelines to help understand, navigate, interpret, and apply circuit spacings, contributing to a successful safety and certification experience.

Foreign manufacturers sometimes intentionally or unintentionally cut corners on safety and quality because they are less likely to be held liable in the U.S. for problems created by their products. U.S. manufacturers who buy from foreign companies must alter their relationships with such manufacturers to account for this possibility and enhance the safety of their products to protect themselves better if problems do occur.

Manufacturers, retailers, and regulators have been working to improve product safety and make recalls more effective. This has been especially important for online retailers who have additional ways to directly contact their customers.

ANSI Z535.6 is a standard developed by ANSI specifically focusing on the inclusion of safety information in product manuals and other related materials to enhance user understanding and safety.

If pre-compliance activities are good for discovering EMC design weaknesses early in product development, why not apply the same thought process to product safety?

Recalls can create huge problems for manufacturers and product sellers. They can generate new product liability lawsuits that are harder to defend, involve a significant financial cost to implement, and create reputational problems with consumers and retailers. Manufacturers must carefully design a recall or other corrective action that is as effective as possible and adequate under the circumstances. Various government entities are issuing new requirements that can help with these efforts.

The world of non-food consumer products has undergone significant changes over the past two decades. New technologies and online sales are the primary drivers behind the upcoming new Product Safety law.

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.