Product Description:

Our customizable vibration test stands, paired with precision-engineered vibration test jigs, offer a comprehensive solution for evaluating the durability and reliability of mobile products under simulated real-world operating conditions. Designed to meet the specific vibration testing requirements of smartphones, tablets, wearables, and other mobile devices, our systems ensure accurate and repeatable testing, allowing you to optimize your product designs and guarantee robust performance in various usage scenarios. The adaptability of our stands and jigs allows for accommodation of diverse mobile product form factors and testing protocols.

Key Features:

• Customizable Test Stand Design: Tailored dimensions, load-bearing capacity, and mounting interfaces to accommodate various mobile devices and shaker systems.
• Precision Vibration Test Jigs: Custom-designed jigs to securely and effectively mount your specific mobile products, ensuring accurate vibration transmission and minimizing unwanted resonance.
• Optimized for Mobile Device Frequencies: Designed to facilitate vibration testing across the frequency bands relevant to typical mobile usage and transportation.
• Robust and Stable Construction: Built with high-quality materials to ensure stable operation and long-term durability during rigorous testing.
• Versatile Mounting Options: Flexible mounting configurations for easy integration with different vibration shakers and testing setups.
• Minimized Interference: Design considerations to avoid interference with the mobile device's functionality during testing.
• Compliance with Relevant Standards: Customizable to meet specific mobile device testing standards and industry requirements.
• Integration with Data Acquisition: Designed for seamless integration with your existing vibration control and data acquisition systems.

Applications:

• Reliability testing of smartphones and tablets
• Durability testing of wearable devices (smartwatches, fitness trackers)
• Vibration analysis of mobile device components
• Performance evaluation of mobile accessories under vibration
• Transportation simulation for packaged mobile products
• Quality assurance testing of mobile devices
• Research and development of robust mobile hardware

Technical Specifications: