Schokbestendiger

Schokbestendiger is a Dutch term used to describe a device, component, or material that is resistant to mechanical shocks. In technical specifications, it denotes the ability to withstand transient forces, impacts, or drops without functional or structural failure. The concept is applied across industries to protect electronics, enclosures, and systems that operate in challenging or mobile environments.

Design approaches to achieve schokbestendigheid include reinforcing enclosures and chassis, using dampening and isolation elements such as elastomer mounts, springs, or viscoelastic materials, and incorporating secure fastening for internal components. Additional measures include potting or potting-like compounds, conformal coatings for environmental sealing, cable management to prevent movement, and careful layout to minimize loose parts and stress concentrations. Weight, thermal management, and cost are typical trade-offs in ruggedized designs.

Testing and verification rely on standardized shock and drop testing to simulate real-world handling. Common reference standards include IEC 60068-2-27 (shock tests) and MIL-STD-810 for shock and vibe environments, among others. Tests may assess multi-axis impacts, drop heights, vibration profiles, and thermal conditions to ensure performance under expected use and transit scenarios.

Applications of schokbestendiger products span consumer electronics, rugged handheld devices, industrial automation equipment, medical devices used in demanding settings, automotive and aerospace components, and protective packaging for fragile instruments. While no device is entirely impervious to all shocks, schokbestendiger designs aim to minimize risk of data loss, component damage, and service interruptions in harsh conditions.