High-G 100g 11ms Force Vibration Shaker for Battery Safety Testing

Our High-G Force Vibration Shaker is specifically engineered to perform rigorous and critical battery safety testing under extreme conditions. As the energy storage market expands into electric vehicles (EVs), aerospace, and high-performance applications, ensuring the mechanical integrity and safety of lithium-ion batteries is paramount. This advanced system is designed to simulate severe abuse and high-impact events with unparalleled acceleration, allowing you to validate battery durability, prevent potential failures, and meet stringent international safety standards.

Key Features

• Extreme G-Force Capability: Engineered to deliver exceptionally high acceleration levels, often exceeding 100g, to simulate severe shock, crash impacts, and extreme operational stresses.

• Precision Electrodynamic Shaker: Provides accurate, repeatable, and controlled generation of complex vibration profiles, including sine, random, and shock, crucial for fulfilling specific battery safety standards.

• Advanced Battery Safety Features: Includes integrated safety protocols vital for testing lithium batteries, such as optional inert gas purging systems, high-voltage isolation, over-current/over-voltage protection, and dedicated fire suppression ports.

• Robust & Durable Construction: Built with a reinforced armature and sturdy frame designed to withstand the immense forces generated during high-G testing, ensuring long-term reliability and stability.

• Compliance-Focused Software: The advanced digital controller includes software with pre-programmed test profiles to meet key battery standards like UN 38.3, SAE J2380, and IEC 62133, simplifying your certification process.

• Customizable Fixturing: Our engineering team can design and manufacture application-specific test fixtures to securely mount various battery sizes, from individual cells and modules to large packs.

Applications

• UN 38.3 Transportation Compliance: Essential for fulfilling the vibration and shock test requirements for safe global transport of lithium-ion batteries.

• EV Battery Safety & Durability: Simulating severe road conditions, crash impacts, and extreme driving vibrations to ensure the mechanical integrity of battery packs in electric vehicles.

• Energy Storage Systems (ESS): Validating the robustness of battery modules and components used in grid-scale energy storage under seismic and operational stresses.

• Aerospace & Defense: Rigorous testing of batteries for drones, satellites, and other mission-critical applications that require resistance to extreme acceleration.

• Abuse & Failure Analysis: Proactively identifying potential failure modes, such as cell short circuits or structural weaknesses, under conditions far exceeding normal operation.

• R&D and Design Validation: Accelerating the development of new battery chemistries and pack designs by subjecting them to a worst-case scenario.

Benefits

• Enhanced Safety: By pushing batteries to their limits, you can identify and mitigate critical safety risks before they lead to catastrophic failures in the field.

• Regulatory Compliance: Achieve the necessary certifications and approvals to access global markets with confidence.

• Accelerated R&D: Quickly validate new designs and materials by simulating years of abuse in a matter of hours.

• Reduced Risk & Liability: Proactive testing lowers the chance of costly product recalls, damage claims, and reputational harm.

• Unmatched Performance: Ensure your batteries are not only safe but also reliable and durable enough for the most demanding applications.